Students read sections that define weather, climate, weather pattern, and meteorologist and are asked to copy those definitions into a "Weather Words" booklet (Activity 2). Students locate real forecasts, brainstorm five specific audiences/purposes, and then rewrite a local forecast for a chosen audience, explicitly selecting relevant details (e.g., wind speed for a sailboat club or rain chances for a farmer) (Activity 1). The reading and questions require students to identify concrete facts (difference between weather and climate, what a weather pattern is) that they can use when writing.

Students are asked to fill in definitions in their "Weather Words" booklet (temperature, thermometer, evaporate, heat index, wind chill, water vapor), answer focused reading questions, and label and draw their globe-and-lamp "Model the Seasons" activity. Students begin a 14-day weather journal in which they record temperature, precipitation, wind, humidity-related measures (heat index, wind chill, relative humidity) and write notes/forecasts. Students answer activity questions that require factual explanations (e.g., where the Sun's rays are most direct and what temperatures are like there).

Students fill in the "Weather Words" booklet with explicit definitions (high pressure, low pressure, wind, precipitation, front, occluded). They read textbook pages and answer guided questions about causes and effects (warm air rises, cool air sinks, how pressure relates to weather) and they record hypotheses, procedures, data, and conclusions in the "Air on the Move" experiment. Students also build an anemometer, use wind-speed and wind-chill charts, and record barometric pressure and wind direction in a weather journal to support explanations and predictions.

The lesson provides explicit definitions and facts students use: it defines humidity, relative humidity, evaporation, hygrometers, and the heat index, and explains how a wet/dry bulb hygrometer works. Students follow step-by-step procedures to build a hygrometer, record dry and wet bulb temperatures, use a relative-humidity chart to determine percent humidity, and use a heat-index chart to answer applied questions. The lesson also requires students to record data in a weather journal and answer chart-based questions about heat index and risk levels.

Students write definitions for key terms in the "Weather Words" booklet (condense, sleet, hail, drought, water cycle) and answer factual reading questions about evaporation, condensation, and types of precipitation. Students fill out a chart in the "My Environment's Water Cycle" pages identifying water cycle components with examples and describing how each is represented in their local environment. Students produce explanatory artifacts (labeled diagrams of a local water cycle and recorded chart responses) that use concrete details and examples such as precipitation types, runoff, infiltration, and water storage.

Students are asked to fill in definitions for cloud terms in their "Weather Words" booklet (stratus, cumulus, cirrus, nimbus). Students research each of the ten cloud types using the book and provided websites and take notes in a Cloud Chart with columns for description, altitude, type of weather, and clues. Students record concrete observations and short explanatory forecasts in a weather journal and are instructed that the completed chart and research will be needed when they later write a typed cloud article.

Students read pages 62–68 and fill in the "Lesson 7" section of the Weather Words booklet, writing definitions for thunderstorm, blizzard, tornado, and hurricanes. Students answer specific factual questions about causes of thunderstorms, lightning, tornado locations, thunder, and hurricanes, demonstrating use of concrete facts. In Activity 1, students complete the "Wild Weather Search" worksheet by writing a description, explaining causes, listing results/damage, giving survival tips, naming a famous occurrence with date/location, and noting interesting facts. The Disaster Master game and video activities reinforce factual details and safety information that students record or use in their responses.

Students cut out and match climate descriptions to a map key, placing text descriptions (definitions and concrete details) into labeled climate zones. They label and color air masses, jet streams, and global winds and explain how these elements influence weather, using video and web resources as sources of factual information. In the "My Weather and Climate" activity, students gather local data (NOAA) and identify air masses, winds, bodies of water, and geographic features and describe how each affects their local climate.

Students are asked to fill in definitions for key terms (global warming, fossil fuels, greenhouse gas) in the "Weather Words" booklet, providing explicit practice with definitions. Students read pages 75-80 and answer targeted factual questions about causes of climate change and timescales, demonstrating use of relevant facts. In the greenhouse experiment, students record temperature observations and discuss results, and in the Climate Time Machine activity students label maps, note differences over time, and write short sentences predicting future changes, providing concrete details and examples.

Students are prompted to explain what they recorded in their weather journal, how they gathered the information with tools, and how they used those data to make predictions (Weather Journal Presentation Planning). The rubric requires students to "Explain the information included in journal," "Explain how I gathered data," "Describe how I made weather predictions," and "Describe patterns I found in journal," which directs them to provide concrete details and examples. The lesson also instructs students to review the Unit Review Sheet and the "Weather Words" booklet, giving them definitions and factual content to develop their presentation.

Students practice using and identifying definitions through the Vocabulary matching activity and the Picture Dictionary option, which require locating words in context and illustrating or defining them. Students track character traits and changes on the Character Timeline, recording words and phrases from chapters as concrete observations. Students write a Sailing Paragraph that requires composing a focused paragraph on the topic of sailing, using the vocabulary words in context.

Students read Chapters 8–14 and answer comprehension questions in complete sentences, prompting them to construct supported responses. Question 3 explicitly asks students to use examples from the book to support their answer about Cody's feelings, requiring textual evidence or quotations. Students use a Character Timeline to record words and phrases that describe Sophie and Cody, which has them gather concrete details and descriptive examples.

Students read Chapters 15–22 and answer specific comprehension questions in complete sentences that ask for factual descriptions (for example, describing the environment of Grand Manan and explaining why the lobster was thrown back). In Activity 2 students write descriptions in boxes about how characters are related and how they interact, which requires citing concrete story details and examples. The Character Timelines and the prompt to "describe the relationships" ask students to organize factual information about characters and events from the text.

Students are asked to "research some of the different types of whales and dolphins," which requires gathering factual information about a topic. Students practice using and matching vocabulary words to their definitions in the "Vocabulary Memory" activity, reinforcing use of definitions and concrete word-level detail. Students respond to reading comprehension prompts in complete sentences and fill out "Character Timelines," which involves summarizing events and details from the text.

Students identify and sort direct quotations from the novel by character (cutting/pasting six quotes into boxes) and answer comprehension questions using textual details. Students write one- or two-sentence character responses to a scenario and are asked to produce a paragraph describing a natural place that uses similes and personification. The answer keys and activities explicitly require students to cite and use quotes and examples to support character identification and to create descriptive details.

Students are asked to research either Ireland or England, locate the countries on a map, and use provided websites to gather information about what they might see and do there. They must design a 4" x 6" postcard and write a note describing what they are doing on their European vacation, which requires summarizing information from sources. The parent/skills section explicitly lists exploring a variety of sources and restating and summarizing information as targeted skills.

Students are asked to "finish reading the book and then answer these questions in complete sentences," which requires recalling and stating relevant story details. Activity 1 (both options) explicitly directs students to "provide evidence from the book to support both themes" or to "list a way each character has changed as a result of the voyage," with lined boxes for writing supporting examples. Option 2 asks students to "think of two themes in the story" and "provide evidence from the book to support both themes," prompting students to choose and cite textual examples.

Students are directed to "add interesting and important details," to "appeal to the reader's senses," and to "use dialogue" (quotations) when writing their personal narratives. The Prewriting Organizer requires students to record three main events and note "how I felt" and "what I learned," and the rubric and editing checklist explicitly ask students to use precise descriptive details and dialogue. The rubric's WORD CHOICE and VOICE criteria ask students to show feelings, create tone, and include sensory language and action.

Students must select a character quote and record the page number and then explain why the quote is meaningful (Character Quote). Students choose a character artifact, paste an image, and write an explanation of why the object represents the character (Character Artifact). Students write descriptive sentences for the Character Tree, describe beginning/middle/end character changes in three sentences, and illustrate four main events in chronological order (Character's Changes and Important Events). The test asks students to describe a theme using examples from the story and to answer what lessons characters taught, requiring use of story details and examples.

Students are prompted to identify and describe different map types (Activity 1) by labeling maps and explaining what each map shows, and the lesson provides explicit definitions in the "Things to Know" section (e.g., political, physical, climate maps). In Activity 2 students create a neighborhood map and a key, write meanings for symbols, and discuss why they chose particular features. In Activity 3 students must select appropriate maps for scenarios or write two uses for each map type, and the Life Application asks students to write out directions for an alternative route using a road map.

Students read The Geography Book pages and answer guided questions that require recalling definitions (e.g., geography, physical vs. human geography) and describing local physical features in detail. Students complete a vocabulary-matching activity that requires them to identify and use precise definitions for terms such as equator, latitude, longitude, prime meridian, globe, scale, and cartography. The Parent Plan notes that the unit culminates in an informative book about a local geographical feature, signaling an intended writing product.

Students are asked to define terms and write descriptive sentences on the "Where Land and Sea Meet" activity pages and to use National Geographic to find and record real-world examples for each term. The "Deltas" and "Erosion" activity pages require students to explain how a delta is formed, describe what a delta looks like, describe erosion and the results of a hands-on experiment, and explain how human activities influence erosion. The Mississippi River activity asks students to answer explanatory questions about trade, history, and how the river influenced settlement, and the Mountain Heights activity has students record and represent factual height data for major peaks.

Students collect and use quantitative population data in Activity 1 by recording city populations and creating a dot map from either supplied fictional data or real state data. In Activity 2 students extract concrete facts about weather/climate, natural resources, major landforms, and bodies of water from Prisoners of Geography and record benefits, challenges, and ways people alter environments on graphic organizers. In Activity 3 students compare two places by listing pros and cons and write an explanation of which place they would prefer to live in using information from their readings.

Students are asked to write examples of how their family uses water, energy, rocks & minerals, plants, and animals in Activity 1, requiring concrete, everyday details and product examples. The Things to Know section provides definitions of renewable and non-renewable resources that students can use as facts in their responses. In Activity 2 students sort labeled resource items into renewable and non-renewable categories and note ways to conserve, and Activity 3 requires students to research where resources occur in their state, create a map key, and explain why resources are found in particular areas.

Students read assigned pages in The Geography Book and answer factual questions about oceans, lakes, and rivers. Students use the EPA "How's My Waterway?" site and other web links to identify their watershed and list associated bodies of water on the "My Watershed" activity page. Students record their household water source on "The Water at Home" page and collect concrete usage data and estimated gallons on the "Water Use Chart."

Students read assigned pages from Prisoners of Geography and answer targeted questions that require citing facts (e.g., why Moscow was hard to defend; Russia's oil and gas wealth; geographic protections for China). Students label maps with specific physical and political features (rivers, mountains, Trans-Siberian Railroad, symbols for oil and gas) which requires identifying concrete geographic details. In the Postcard activity students are instructed to look up images and "find more information online" and then write a note describing a specific geographical feature or location.

Students are directed to research a geographical or manmade feature using Prisoners of Geography and online links, then draw it and write a 4–6 sentence postcard describing the feature. The postcard prompts require students to state where they are, identify the feature, explain why it is important to the country, and describe what makes it interesting, encouraging inclusion of concrete details and relevance. Reading questions and map activities also require students to cite specific facts (e.g., resources in the Middle East, colonization in Africa) and label geographic features, reinforcing factual content.

Students are asked to write detailed "Written Descriptions" that require describing landforms, water forms, seasonal climate, plants and animals, and natural resources. The final project rubric and Part 3 "Human Activities" prompt students to research and explain several human uses, environmental impacts, and protection strategies, and the rubric explicitly evaluates that "Written descriptions are rich and interesting" and that features and resources are described accurately. Test prompts and sample answers reinforce use of definitions and factual explanations (e.g., definitions of geography, erosion, continental drift, and differences between renewable and nonrenewable resources).

Activity 2 asks students to write or perform a movie review in which they must describe the characters, setting, and plot and discuss how the setting plays an important role. The lesson directs students to read and/or watch movie reviews online to better understand what to include in a review. The vocabulary activity requires students to locate and record definitions and to use each word correctly in a sentence.

Students keep a "New Environment, New Discoveries" learning log in which they record specific discoveries (oxen, the earth is round, milk comes from cows, tree bread, chicken, goat, etc.), categorize them, and illustrate concrete details. Students answer text-based comprehension questions in complete sentences (e.g., explaining why Lina is afraid of fire and why she had not eaten certain foods), requiring them to cite relevant facts from the reading. The activity directions ask students to add to the log each day as they read through chapters, prompting repeated collection and organization of factual information and examples.

Students answer comprehension questions that require factual recall about the Disaster (e.g., identifying the three plagues/four wars and Torren's parents' fate). Students must add information to Lina and Doon's learning log, which asks them to record what they learned about the Disaster. In Activity 1 students either design a monument that "reminds" the city of the Disaster (sketching and selecting materials/colors and discussing decisions) or write a ballad that recounts the Disaster and its lesson for peace, requiring them to include story details across four to six stanzas.

Students are asked to 'decide whose side you are on and compose three arguments' and to 'support each argument with evidence,' which requires them to gather and use information to back claims. The Parent Plan explicitly lists 'Support the position with organized and relevant evidence,' and the Student Activity Page provides structured 'Arguments and Support' spaces for three arguments. Students are also directed to 'identify which statements in your arguments are facts and which are opinions' and to discuss emotional appeals, prompting evaluation of evidence quality.

Students are asked to write a paragraph selecting one media outlet and to explain why it would benefit the people of Sparks and Ember, including how it could help solve problems and change the emotional climate. Students must explain why they chose five items for a roamer to find and write reasons on the back of the page. Discussion prompts ask students to discuss the role of media and advantages from cultural, political, and social perspectives, which requires giving reasons and examples in discussion.

Students are asked to list and compare features of American city governments and the government of Sparks (Option 1) and to decide which system is more effective and explain why, considering offices, hierarchy, economics, decision making, and elections. Students are asked to design a government for Ember (Option 2), make a diagram, and describe the system to a parent. The Town Government Systems activity page requires students to record what they know about both systems, which prompts explanatory writing and use of examples from the book.

Students are asked to write a 6–8 sentence speech explaining a nonviolent solution and why both groups should cooperate, which requires stating reasons and supporting information (Activity 1). The Story Conflict bubble map directs students to provide evidence from the text—events, characters' words and actions, or dialogue—to support the identified conflict (Activity 2). Option 2 of Activity 3 asks students to write directions for an experiment including a materials list and step-by-step directions, which requires concrete procedural details and specific examples.

Students are asked to gather information about a chosen war or plague using trusted sources and to record causes, effects, and how/why it ended on a Research Organizer. Students must create a map showing affected regions and a six-event timeline, which requires selecting and ordering factual details. For Option 1 students write a newspaper report that must integrate research information and include visuals; the Wars and Plagues Rubric explicitly evaluates research (causes, effects, end) and information integration. For Option 2 students write a three-paragraph essay with specified paragraph topics (geography/resources; government/economy; adaptation), and the New Environment Rubric evaluates detail and use of specific information.

Students read definitional material in the "Things to Know" section (e.g., definitions of rock cycle, magma, and the three rock types) and watch a video that overviews the cycle. Students answer direct explanatory questions such as "What is the rock cycle?" and "Explain how igneous rocks are formed," requiring them to use facts and definitions. In Activity 1 students apply those facts and concrete examples by classifying physical rock samples into igneous, metamorphic, or sedimentary based on readings and the Rock Cycle chart. In Activity 2 students are instructed to research a chosen rock online and use that research to describe the rock's environment in a drawing or poem, which requires gathering relevant information and examples.

The lesson provides explicit facts and definitions (Things to Know) about the four layers of the Earth, the lithosphere, asthenosphere, and plate tectonics that students must learn. The Reading and Questions section asks students to state the theory of continental drift and to name and classify the four layers (solid, liquid, semisolid), requiring them to use specific factual information. The model-building activities require students to show and explain each layer and to tell what each layer corresponds to, and the igneous rock demonstration's Results prompt students to describe changes, discuss melting and relate cooling method to rock types.

Students read assigned pages and answer focused questions that require factual explanations (e.g., what determines crystal size, where basalt is found, and why continents are largely granite). Students complete the Igneous Rock Demonstration Results and the Igneous Rock Observations chart, recording texture, where the rock cooled, color, and where the magma formed using scientific terms and concrete details. Students also complete the Volcanoes Match and identify volcano types and characteristics, and they report a chosen volcano's name, location, and type when sharing their art.

Students read informational pages and answer focused questions that require factual responses (e.g., causes of earthquakes, seismograph and Richter scale, tsunamis, and which waves damage buildings). Students perform hands-on activities and record data and observations (counting taps to see which ground material best supports a building, and using a Slinky to observe P and S waves). Students use a hazard map to identify and report the earthquake-shaking hazard level for their state and nearby states.

Students are asked to explain differences between metamorphic rocks and their parent rocks (Question 1) and to explain specific ways metamorphic rocks form (Question 2), which requires using facts and examples from the readings. The activities ask students to record observations, classify textures (foliated vs. non-foliated) and types (clastic vs. non-clastic), and to write results and conclusions for the cementation experiment, requiring concrete details and definitions such as lithification and cementation. The lesson directs students to use book pages, rock samples, and a Rock Types chart to support their written answers and observations, providing relevant facts and examples to include in their responses.

Students read definitions and examples (Things to Know) that define weathering, physical/chemical/biological types, and frost wedging. Students answer targeted questions about frost wedging and chemical weathering and complete Observation, Results, and Conclusions sections for hands-on demonstrations (Drip, Drip, Drip; Ice Cold Weathering). Students document real-world examples on a Weathering Walk using photographs, sketches, or written descriptions, and sort/observe soils to support their explanations.

Students read specified pages and answer focused questions that require stating definitions and examples (e.g., identifying ventifacts, conditions for wind erosion, and types of gravity-driven erosion). Students design and carry out an erosion experiment and record hypothesis, materials, procedure, results, and conclusions on the provided activity page. Students create a flip book or write a landform journal that requires descriptive entries about how a landform changes over time and share/discuss how erosion fits into the rock cycle.

Students are prompted to write slide descriptions or a video script that answer targeted questions about the rock cycle, tectonic plates, volcanoes, earthquakes, weathering, and erosion. Rubrics for each product explicitly require coverage of igneous, metamorphic, and sedimentary rocks, paths rocks take through the cycle, examples of types of weathering, and examples of geography changed by erosion. The unit test and short-answer items require students to explain processes (e.g., lithification, rock transformations) and give specific examples, and the parent notes ask students to define vocabulary words in bold.

Students answer comprehension questions in complete sentences about plot, characters, and motivations (e.g., why Heather visited Miss Benson, why Risa tucked the cookies away). The parent plan and activity prompts ask students to reference the text to determine plot development and to identify main characters, setting, and the primary incident. Activity 2 requires students to produce vivid, concrete visual descriptions (an "eye bouquet") of familiar objects using sensory details and to read these aloud so listeners can infer the object.

Students research Mars using provided NASA/ESA links and record facts about the planet in a journal (Activity 3). Students collect and record descriptive phrases and sentences from the texts that describe settings (Activity 4) and identify three examples each of rational vs. non-rational events from the fantasy story (Activity 2). Students also gather textual quotations and concrete details when completing journal tasks and the student activity page that asks them to find and revise run-on sentences using example clauses.

Students are asked to research the history of Pompeii and "record ten important facts" on the Volcano Research page, which requires gathering relevant factual information. Students complete a volcano experiment sheet that prompts them to write a question, hypothesis, procedure, materials, results, and conclusion, which requires recording concrete procedural details and findings. Students also collect sensory phrases from the text and list character actions and traits, which involve identifying concrete details and examples from sources.

Students locate and record words and phrases Irving uses to describe the Catskill Mountains (Activity 1), which requires collecting concrete descriptive details from the text. In Activity 1 Option 2 students research the Catskill Mountains in an encyclopedia and write ten trivia questions, which requires gathering and selecting factual information. In the Reading and Questions section students answer characterization and change questions (Q1–Q4) that ask them to cite actions and events from the story as support for their answers.

Students answer comprehension questions in complete sentences about story events, demonstrating use of factual details (Day 2 reading questions). Students are asked to include specific references to the story in the short story critique and the parent skills list explicitly names making assertions with accurate, supporting citations. The heron activity provides historical facts (egret/plume trade, Audubon Society) that students learn and could cite.

Students are directed to use the "Story Conflict and Theme" bubble map to identify a major theme and provide specific examples from the text that support that theme. Students are asked on the Elements of a Short Story page to record words and phrases the author uses to describe the setting and to find actions that show character traits (two actions per trait). The skills list instructs students to "support by referencing the text to determine the plot development and author's choice of words."

Students are prompted to "include sensory details and concrete language to develop plot and character" and to provide "important details that further the plot" on the rubric. Activity 3 asks students to list "words and phrases you will use to describe the setting" and to give actions that reveal character traits, which requires concrete descriptive details. Activity 5 directs students to refer to graphic organizers and to "stay focused on the central incident and the conflict," encouraging selection of details that advance the topic of the story.

Students are asked to read specific pages and interpret a map that presents quantitative ratios (e.g., factory production and iron production ratios) and to answer guided questions that require citing those facts. In Activity 2, students use 1860 census population figures to create a dot-density map, rounding and representing each 10,000 people as a concrete data-based mark. In Activity 3, students write travel brochures requiring a general description and 2–3 sentences about the economy for each region, using five descriptive words and information from the text and maps. The lesson also provides explicit definitions and factual statements (Things to Know) that students are to incorporate into their products.

Students read both secondary (A History of US) and primary sources (WPA slave narratives) and take notes on specific categories such as Homes, Education, Food, Work, Resistance, and Freedom. Students record important details in a KWL chart and on activity pages, and they are prompted to select five important details and three events from the narratives to illustrate in a quilt or mural. The lesson includes extended quoted passages from WPA interviews that students read and can use as concrete examples or quotations.

Students are assigned targeted readings (A History of US: War, Terrible War 1855-1865, pp. 41-47, 54-63) from which they must draw facts and explanations. Question #1 asks students to interpret Abraham Lincoln's quoted phrase, requiring use of a quotation as evidence. Activity 1 directs students to add specific events to a Civil War timeline (identifying and recording factual details), and Activity 2 asks students to write debate arguments listing reasons and explaining positions about the expansion of slavery and federal authority. Activity 3 asks students to make lists of potential positive and negative consequences of civil war, prompting concrete examples and cause-effect reasoning.

Students are asked to read specific chapters of A History of US and answer text-based questions (e.g., why Lincoln appointed many commanders, with a page reference) that require citing facts from the text. Students create Civil War Leader Cards in which they must fill in background, roles, notable events, and words that describe each leader, using the book's glossary and suggested chapters for research. Students add dated events to a timeline and are prompted to record impressions and concrete details and to locate or draw images from primary sources (Library of Congress) to support their cards.

Students read chapters 15–16 of A History of US and answer guided content questions that direct them to factual details (e.g., differences between Northern and Southern life, how underage boys joined the army, battlefield descriptions). Students explore an online article about daily camp life and complete the "Pack Your Haversack" activity, where they choose specific items and compute weights, requiring use of concrete details about soldier gear and rations. Students are asked to write a diary entry based on close reading of pages 76–85 and images, prompting them to describe journeys, camp conditions, food, and personal feelings using details from the texts and images.

Students answer focused reading questions that require factual responses about specific battles (e.g., First Battle of Bull Run, McClellan's plans, the Monitor and Virginia, Antietam) and consequences such as the Emancipation Proclamation. Students add major battles to a timeline and locate and label battle sites on a map, circling outcomes and writing a short explanation of why each battle was significant. In the monument activity students record the name, date, location, important details (casualties, strategies), who won, why it was a turning point, and write the main ideas they want the monument to convey, plus a written description and sketch.

Students are given a clear definition of inflation in the "Things to Know" section and use that definition in Activity 1 to explore historical price changes. In Options 1 and 2 students work directly with specific historical facts and data (prices for bacon, sugar, potatoes, flour in Raleigh, NC) and perform calculations to determine percent increases and hypothetical modern prices. In Activity 2 and the map/timeline work students generate concrete examples and details by brainstorming substitutions/conservation strategies and recording events and dates from the readings.

Students read the Declaration of Independence, the Emancipation Proclamation, and the Gettysburg Address and highlight important ideas and powerful phrases in each document. Students use a three-circle Venn diagram to sort and note similarities and common ideas among the three documents. Students add events and dates to an ongoing Civil War timeline and fill in map pages with information about later battles (e.g., Battle of the Wilderness, siege of Petersburg, Sherman's March, fall of Atlanta).

Students read the full texts of the 13th, 14th, and 15th Amendments and are asked to "determine their meaning," "restate this amendment in your own words," and answer "Why do you think this amendment was important?" Students add specific events (Lee's surrender, amendments, Lincoln's assassination) to a Civil War timeline and answer factual reading questions about surrender terms and postwar challenges. In Activity 3 students must include specific historical details in drawings or in a story outline and use historical research to make those details accurate.

Students are asked to write exhibit cards that "describe an item on display and write a short explanation (2-3 sentences) about its significance," and multiple activity descriptions require written explanations for displays (e.g., Exhibit Cards sections for Antebellum America, Slavery, Major Battles, etc.). Students must plan and write scripts/narration for a documentary film, including segments that explain what viewers are seeing and provide accurate information. The unit test and its prompts require students to list five important details about life under slavery, describe differences between North and South, and explain reasons for the war, which asks students to produce relevant facts and concrete details in writing.

Students learn and use definitions (primary source, secondary source, secede) in the "Things to Know" and Activity 4 where they read primary-source diary entries and a POW journal. In Activity 2 students identify and write the main steps a territory had to go through to become a state in their journal using provided reference links. In Activity 5 students research the Battle of Bull Run using secondary sources and record important information on color-coded note cards (causes, major battles, leaders, outcomes).

Students are asked in Activity 1 to identify factual information about the Civil War from the picture book and record those facts in a journal. In Activity 5 students read Civil War letters as primary sources, identify the writers and recipients, determine their side and opinions, and work directly with the letters (quotations) when circling helping verbs. In Activity 4 Option 2 students create a Venn diagram comparing life during the Civil War to life today, listing concrete similarities and differences.

Activity 2 asks students to read a Civil War speech and "record three factual statements from the speech and three opinion statements," and to "attempt to record at least two statements that could be propaganda." Students are also asked to "explain how each picture could have been used as propaganda" using the supplied propaganda page images. The lesson explicitly provides a definition of propaganda in the "Things to Know" section for students to use when distinguishing facts, opinions, and persuasive messages.

Students read pages 21–40 of Bull Run and answer comprehension questions that include a direct quotation from the text (Question #1 shows the note: "I fear I will take my own life"). Students write three or five sentences about the Civil War that require them to produce topical sentences (with linking verbs) and circle those verbs. Students design a Civil War propaganda poster using historical examples from provided web links and are prompted to think about which posters would influence characters they read about.

Students are asked in Activity 1 to describe Toby's feelings before and after Bull Run and to "Cite evidence from the book to support your ideas," requiring them to use concrete details or quotations. Several short-answer questions (e.g., Q1–Q3) ask students to extract and explain specific factual information from the text, including interpreting the quotation "A victory? Indeed it was for death upon his pale horse." The Character Quilt activity directs students to label each square with a character's name and details, note a character's main achievement, and depict a memorable scene, prompting students to develop topic content with facts and descriptive examples.

Students are instructed to "support the position with organized and relevant evidence" in the Skills section and the rubric explicitly asks whether writing "Provides relevant details and information?". The prewriting directions tell students to "use information you learned from the books you read on the Civil War and information you know about the time period" and to include possible outcomes, moral arguments, and fears as support. The argumentative outline and body-paragraph scaffolds require students to list arguments and multiple lines of support for each argument.

Students read a labeled "Things to Know" section that provides definitions and examples of forces (gravity, magnetism, normal force, applied force, frictional force, tension, spring force, air resistance). Students answer questions that require listing facts (e.g., name non-contact forces; list forces acting on a pulled book; list three things learned about forces). Students record concrete examples and short descriptions on activity pages (the Force Scavenger Hunt table and the Building Bridges modifications/results table).

Students are given explicit definitions (Things to Know) of gravity, mass, and weight that they can use in explanations. Multiple activity pages require students to state hypotheses, record experimental data, perform calculations (How Much Do You Weigh?), and write results and conclusions explaining phenomena such as air resistance and weightlessness. Reading questions ask students to explain differences (e.g., mass vs. weight) and to describe why the Moon orbits Earth, prompting use of facts and concrete details.

Students are given explicit definitions and facts in the "Things to Know" section (inertia, momentum, velocity, acceleration, f=ma, Newton's three laws). The Reading and Questions require students to explain Newton's first law in their own words and define inertia and balanced vs. unbalanced forces. In Activity 1 students must state each law and create a poster with images and examples; Activity 2 asks students to draw or describe marble scenarios that demonstrate each law; Activity 3 requires students to form a hypothesis, record data, plot graphs, and write results and conclusions about the relationship between mass and force.

Students read Chapter 4 and online sections and answer four content questions that require use of facts and definitions (e.g., where force is strongest, why Earth is a magnet, difference between geographic and magnetic poles). Students complete a structured experiment worksheet that asks for hypothesis, procedure, predictions, results, and conclusions, requiring them to use experimental data and concrete details to explain findings. Students label magnet poles and draw magnetic field lines, producing diagrams and written notes that use definitions and concrete representations to support their explanations.

The lesson provides explicit definitions and facts (buoyancy, volume, density, displacement, fluid pressure) and presents the density formula density = mass ÷ volume. Students perform Archimedes' gold experiment and an optional clay-shape buoyancy activity, recording mass, water level, volume, and density in a data table with sample calculations. The activities ask students to explain how they calculated densities and to describe which items/shapes were most dense, requiring use of concrete details and examples.

Students read chapter text and the 'Things to Know' section that provide definitions (e.g., 'A simple machine is a tool or device...' and 'Work means using a force to move something') and answer targeted Reading and Questions (Q1–Q4) asking for factual definitions and explanations. During stations students are prompted to record observations, plan diagrams, compare outcomes (e.g., compare screws vs nails, show that a screw is an inclined plane wrapped around a cylinder), and use the extra space beneath challenge cards to make notes about what worked and didn't work. The activities require students to produce concrete details and examples when demonstrating how each simple machine changes force or makes tasks easier (e.g., building a ramp to show reduced effort, constructing a pulley system with at least two pulleys).

Students are asked to write station cards that record the topic, materials, and a clear Procedure for visitors to follow, and the sample station includes a Takeaway that explains the concept of weight and gravity. The instructions explicitly allow students to include a 'Takeaway' box with information similar to 'What Is Happening?' notes or the Conclusion data from experiments, which would present explanatory information about the demonstration. The project rubric expects students to explain and analyze data (Critical Thinking) and to be accurate in content (Accuracy), which supports including explanatory facts and definitions in their station write-ups.

Students are asked to read the biography and answer specific factual questions in complete sentences (e.g., why Einstein thought scientists should work as lighthouse keepers; what his family business did). For the Newton research activity, students are instructed to record important information on note cards (6–10 facts) and then use those notes to write a bio-poem about Isaac Newton. Students generate three or four questions about Einstein and are directed to find answers in the book, and a discussion prompt asks students to interpret a direct quotation from Einstein.

Students match vocabulary words to precise definitions and place those words into sentences, showing practice with using definitions. Students record important events and dates on a timeline, which requires selecting relevant facts and organizing them chronologically. Students list positive and negative traits and explain consequences, which asks them to provide concrete details and examples tied to Einstein's life.

Students read Chapters 3 and 4 and answer comprehension questions in complete sentences that state factual information about Einstein's university experience and job outcomes. Students are asked to add two to four of the most important events from the chapters to a timeline and to locate and place childhood and young-adult events onto a Biography Web, selecting relevant facts from a provided list. Students write a short journal paragraph reflecting on a personal conflict, which asks them to describe consequences and consider how things might have been different.

Students read Chapters 5 and 6 and answer content questions in complete sentences, identifying facts such as the new branch of physics and Einstein's key questions. Students complete a Biography Web and timeline by selecting and recording four major events from Einstein's "miracle year," and they take notes while watching videos to capture important ideas. Students learn and use vocabulary definitions via the "Things to Know" list and a vocabulary crossword, and they conduct the "Bending Light" experiment and read the provided explanation about light refraction (a concrete scientific detail). Students write a video summary and explain the theory of relativity using examples from the book or videos, using toys as props to communicate those examples.

Students memorize and share three of Einstein's quotations in the "Einstein Quotes" activity, directly engaging with quotations as informational elements. Students answer factual comprehension questions about Einstein and add events to a timeline, which requires identifying and using relevant facts and concrete details. In the "Forms of Media" activity students compare an encyclopedia entry, biography, and videos and orally explain how each source contributed to their understanding, which asks them to select and describe informational content from multiple sources.

Students answer specific factual reading questions in complete sentences about Einstein (e.g., what theory he disagreed with, why he moved to America, and his changing feelings about the bomb). Students add events to a timeline and fill a biography web with four major events for the section "The War," which requires selecting and recording relevant historical events. Students watch a documentary and record at least three statements that are facts and two that are opinions, and they complete an online quiz to better understand E=mc², showing engagement with concrete scientific details.

Students are asked to write a biography entry (Option 1) listing characteristics, accomplishments, important life moments, and to add feelings and personal touches rather than merely listing facts. In Option 2 students must "provide one or two examples from the book" for each common element of a biography (e.g., how the person affects others, examples of behavior, descriptions of surroundings), which requires selecting and recording concrete evidence from the text. Activity 2 asks students to formulate abstract scientific questions and develop a plan for finding answers, including where to look for information and whether others have investigated the question, which requires gathering relevant information and examples.

Students are asked to fill in a factual birth certificate for Einstein and to locate at least three photographs from different periods of his life, which require factual details and concrete visual evidence. Students must include at least three of Einstein's quotes presented in the scrapbook and create an award that explains what it was presented for, which requires selecting and presenting quotations and explanatory detail. The Skills section and parent notes direct students to conduct research from multiple sources and to integrate main ideas and supporting details, indicating that students will gather facts and supporting information to include in their product.

Students are assigned to read specific pages (Where Poppies Grow, pp. 4-21) that provide facts about World War I and definitions (e.g., primary vs. secondary sources) which they must use in activities. In Activity 1, students choose a wartime technology, draw it based on images from the reading or research, and answer prompts to "Describe the technology and its impact," requiring concrete details and examples. In Activity 2, students examine trench photographs and write responses about hardships and what the images reveal, using photographic evidence and written descriptions to develop their answers.

Students complete a Time Capsule activity in which they list and describe personal items (family, friends, favorite toys/books, a letter, something written, a drawing) that provide concrete details about life now. Questions and discussions ask students to identify examples of propaganda (posters, songs, literature) and ways children supported the war, prompting them to cite specific examples from the reading. Students also copy or recite a stanza of "In Flanders Fields," which involves reproducing a primary-source quotation and reflecting on its emotional impact.

Students read primary-source letters in Activity 1 and are asked to notice how soldiers used vague references and personal details to communicate (providing quotations and concrete details to analyze). In Activity 2 students complete a three-column table that requires them to list key parts of Wilson's Fourteen Point Plan, state reasons Wilson supported each part, and explain how the Treaty of Versailles was similar or different—prompting use of relevant facts and examples from the assigned readings. The reading questions also ask students to cite specific roles of animals, secrecy in letters, and treaty penalties, requiring concrete factual answers.

Students are asked to write a "Dear Mr. President" letter in which they must provide at least two reasons and "specific examples" from the reading to support whether the United States should enter WWII. Students complete "World Leaders" activity pages requiring them to record facts such as country, affiliation, form of government, important actions, and goals for each leader. Students answer content questions (e.g., causes of Hitler's appeal, definition and consequences of anti-Semitism) that require citing concrete historical details from the assigned reading.

Students read primary and secondary sources (Hakim pages and FDR's December 8 speech) and are asked to underline or highlight powerful words or phrases and answer text-dependent questions about those quotations and facts. In the Poster activities, students list words on the poster, images, colors, and answer prompts about what the artist wants viewers to do, which requires identifying concrete details and persuasive language. The Rationing activities require students to collect and record concrete data (miles, gallons, weekly tallies of rationed foods) and reflect on impacts, which uses concrete examples and facts to support explanations.

Students are asked to write museum exhibit cards in the "Weapons of War" activity where they must "Describe a historical example of this weapon's use in WWII," explain "How was this weapon different from earlier weapons?" and argue whether the weapon "made a big difference in the fighting or the war." Option 2 explicitly asks students to describe and compare two weapons and decide which was the bigger improvement, demanding concrete examples and supporting details. The lesson also requires written answers to reading questions (e.g., significance of Guadalcanal, reasons for Allied production success) and directs students to use the textbook index or outside sources to find supporting information.

Students are asked to define key vocabulary terms from the textbook and then use those definitions in a written radio script (Activity 3), requiring them to select terms related to a theme and to use at least two events from the reading. In Activity 4 Option 2, students must write a public service announcement that explains the need for the Double V campaign and tells people what they can do, which requires developing the topic with explanatory statements and concrete actions. Activity 1 asks students to label specific World War II events on a map and to add factual details about leaders (e.g., adding Truman details), and the reading questions ask students to record specific factual information (e.g., code names for D-Day beaches).

Students are asked to take notes as a newspaper reporter on Hiroshima or Nagasaki, answering who/what/when/where/why using the assigned reading and internet sources, and to focus on objective, essential details. The parent guidance and Activity 2 list specific factual details (dates, casualty figures, reasons for the bombings, actors like President Truman and the Enola Gay) that students are expected to record. Activity 4 asks students to design a monument and to think about what facts, images, and text would convey a message or multiple perspectives about a World War II event.

Students are instructed to create thirty-six question-and-answer cards across three categories (Europe, Pacific, U.S. homefront), using their activity pages and any additional research sources to write trivia questions and answers. Option 2 asks students to "write up rules and instructions for your game," and the parent plan reiterates that students will produce 36 Q&A cards. The game rubric explicitly evaluates that "The trivia cards include important questions in all categories," that "Questions are clear and well-written," and that "Trivia answers are correct."

Students read background passages that present many relevant facts about World War II (dates of invasions, list of Axis and Allied countries, casualty figures) and are asked to color-code a map to categorize countries as Axis, Allied, German-occupied, or neutral. Students study and practice vocabulary words with explicit definitions (contempt, sabotage, outskirts, etc.) and use those definitions in a vocabulary game. Students read about Denmark and produce an acrostic poem that prompts them to highlight important aspects of the country.

Students are assigned the role of summarizer and must write a four- or five-sentence summary of Chapters 1 and 2, requiring them to identify main events. Students may choose Option 1 to write a "Before and After Occupation" poem that describes significant changes, prompting them to produce concrete descriptive details. Students may choose Option 2 to complete an "Impact of Occupation" chart in which they list areas of life and the possible impacts, which asks for specific examples and consequences.

Students are assigned the role of a "travel tracer" and are asked to "describe where the characters have moved to and from and describe each setting in detail either in words or in map form," and to "give the page locations where each scene is described." Students are also asked to "Explain what role the setting plays in the conflict of the story," which requires using concrete details from the text. In Activity 2 students must write a postcard or a coded message describing how things are going at Uncle Henrik's, which requires selecting and including relevant details for an audience and, for the coded message, creating a key so information is clear to a reader.

Students choose two or three passages from the text, read them aloud, and explain their reasons for picking them, which requires citing quotations and pointing to concrete details. Students retell Barbara Rodbell's biographical story to a parent and answer a journal question about its meaning, which asks them to use facts and examples from a historical account. The Parent Plan lists skills that ask students to paraphrase major ideas and provide evidence from texts, indicating practice with citing supporting information.

Activity 2 asks students to brainstorm a list of historical figures who made sacrifices and to choose one individual to compare and contrast with Annemarie using a Venn diagram. Students must record the chosen person's name, create a symbol, list two aspects that make Annemarie's struggle different, list two aspects that make the historical person's struggle different, and record at least two ways their struggles are similar. The brainstorming direction requires students to draw on examples from different historical periods (e.g., Civil War, Civil Rights Movement), prompting selection of relevant examples.

Students are asked to list two of Annemarie's traits and provide examples from the text, and to describe the problem she faced and explain how her traits helped solve it, which requires citing textual evidence and concrete details. Students complete a graphic organizer comparing Annemarie's story to two versions of Little Red Riding Hood and decide which version is most similar, which requires identifying and recording similarities and differences. Students are asked to summarize the plan that Peter and Annemarie's mother have for helping Jewish families escape, which requires selecting relevant factual details from the narrative.

Students are directed to conduct research using provided trusted websites and to put information in their own words, to look for a memorable quotation, and to collect pictures for the article. Students use a Bubble Map organizer that requires a central topic with three subtopics and three supporting details for each, and the rough-draft instructions require an introduction, three body paragraphs based on the bubble-map details, and a concluding paragraph. The Expository Rubric and the magazine template explicitly prompt students to include specific facts, details, examples, quotes, and factoids and to organize those elements in the final copy.

Students are asked to research and write (e.g., "Research Alexander Hamilton and write an essay," "Write an article as if reporting for a newspaper," and "Research the Han Dynasty and develop a scrapbook"), which requires gathering facts and examples. The Number the Stars test asks students to describe characters, explain how the Danes used non-violent resistance, and explain Uncle Henrik and Mrs. Johansen's plan, requiring concrete details and factual explanation. The book-jacket task and summary prompts ask students to write the main character, setting, beginning/middle/end and what they learned, which directs students to develop a topic with supporting details. The parent-plan skill list includes paraphrasing major ideas and supporting evidence and having students explain what they learned, which reinforces using supporting information.

Students read explanatory text and definitions in the "Things to Know" section (matter, atom, element, compound) and answer comprehension questions about how the periodic table organizes elements. Students perform and record observations from the electrolysis demonstration, locate and list the 12 most common elements on the periodic table, and use a table of common compounds with formulas to build clay molecular models. Students use pie charts and text to analyze element distributions in the atmosphere, ocean, crust, and human body and then explain which compounds are common in each environment.

Students are directed in Activity 4 (Option 2) to create an informational poster that must include the element's name, symbol, atomic number, metal group, characteristics (color, texture, malleability, heaviness), uses, and important/interesting facts. In Activity 1 and the "Investigating Three Metals" student page, students observe and record concrete details (color, luster, heaviness, malleability, magnetism) for aluminum, copper, and iron. The "Metals, Metalloids, and Nonmetals" chart and the Things to Know section provide definitions (e.g., luster, malleable) and categorical facts that students are instructed to use when completing their poster and comparison charts.

Students are asked to research a chosen metalloid and create either an informational mini-book that requires recording the element's name, symbol, atomic number, uses, characteristics, appearance, interesting facts, and locations, or to write an informational poem about the element. Students complete a "Metals, Metalloids, and Nonmetals" activity page that prompts them to list specific properties (luster, malleability, heat and electrical conductivity) and to fill in those facts for metalloids. Readings and guided questions provide definitions and concrete examples (e.g., radioactivity, semiconductors, boron in glass, Silly Putty) that students use as facts and details in their work.

Students are asked to research a gaseous nonmetal element using the book and an online periodic table, then show examples of where the element is used and tell a parent three things they learned, which requires gathering and presenting facts and examples. The 'Test Your Nonmetal!' activity page directs students to write a question, list materials and procedure, record observations, and write conclusions, which requires them to develop explanations using concrete experimental details and data. The 'Things to Know' and 'Metals, Metalloids, and Nonmetals' chart provide definitions and factual properties (e.g., halogens, noble gases, luster, malleability, conductivity) for students to use in their written responses.

Students are asked to rewrite the Density Riddle using two real objects and then present and explain why the larger object is not heavier, which requires using definitions and concrete examples. Multiple student activity pages prompt students to record observations, answer analysis questions (e.g., How does density determine whether an object will float?), and order items from least to most dense—tasks that require citing measured facts and definitions. The Density Puzzles ask students to use the density periodic table to compare numeric densities, identify mystery elements, and reflect on patterns, which requires development of explanations using relevant facts and data.

Students read specific pages and answer content questions that require recall of facts (e.g., locations of magnets in bird brains, atomic alignment, and how neodymium magnets are made). The Things to Know section and Activity 2 give explicit definitions of ferromagnetic, paramagnetic, and diamagnetic and provide concrete examples (iron, nickel, cobalt; aluminum; bismuth, etc.). Students copy and label diagrams, list examples, and complete a periodic table-based classification activity that requires them to record magnetism properties for metals, metalloids, and nonmetals.

The lesson gives explicit definitions (conductivity, insulator, semiconductor, superconductor) in the "Things to Know" section that students can use as factual support. Students read an article and a book passage and answer factual reading questions (e.g., tungsten shines, definition of a conductor, examples of insulators). Students carry out two experiments ("It's Electric!" and "Feel the Heat"), record observations in tables, and write conclusions comparing which materials conduct electricity and heat, using concrete data (e.g., aluminum, copper, iron, graphite, salt water). Parent notes and discussion prompts provide additional specific facts and examples (metals generally conduct; graphite and salt water are exceptions) for students to cite or use in their conclusions.

Students read informational pages about sodium and calcium and answer specific factual questions (e.g., identify elements in hard water; where sodium is found). The lesson provides explicit definitions in "Things to Know" and asks students to review definitions of solubility, water-soluble, fat-soluble, and hard water. Students plan and record experiments using activity pages that prompt a hypothesis, materials, step-by-step procedure, observations, and a conclusion, requiring them to record concrete details and outcomes.

Students record specific observations (state of matter, color, luster, heaviness, magnetism, malleability) on the "Mystery Element Observations" pages and note results of heat and electricity conduction tests. They analyze findings by comparing test results with unit information and resources, write guesses for whether each element is a metal/metalloid/nonmetal and identify each element on the Matter Challenge chart, and are prompted to explain why they feel each element is a particular type. The rubric and test include short-answer and verbal/written explanation criteria that require students to explain reasoning and answer explanatory questions about properties, conductivity, and magnetic behavior.

Students create a Vocabulary Picture Dictionary in which they record each word's part of speech, write the word's definition, and copy a sentence that uses the word in context. In Activity 2 students make a pros-and-cons list about drinking the "Everlasting Life" water or write a paragraph imagining life ten years later after drinking it, requiring them to generate reasons and concrete details. In Activity 3 students review parts of speech using definitions and example sentences and match words with their definitions in a Memory game, reinforcing the use of definitions and examples in writing.

Students are asked to record phrases or sentences from the book (Questions #2 and #4) and to quote an author's descriptive line to place at the top of their illustration. In Activity 2 students must reread descriptive passages and design a map that includes the road, its turns, and things found along the road, using the author's descriptions (concrete details). Question #1 asks students to list three events from the prologue, requiring identification of specific facts from the text.

Students are asked to write paragraphs comparing the Fosters' home and the Tucks' home using the author's descriptions (Option 1) and to record words and phrases from the text on folded paper (Option 2). Both options explicitly tell students to put quotation marks around any words or phrases that come directly from the text, prompting use of direct quotations as supporting information. The tasks require students to locate and record textual phrases and to use those descriptions as the basis for their explanatory writing about the two families.

Students read quoted passages about cycles and are asked to think about how nature is always changing and what cycles can be observed. Students collect small natural items and are instructed to explain the significance of each item and describe the cycle or change each item represents. Students answer comprehension questions and are asked to justify whether Tuck's theory is correct, which prompts them to give reasons and examples from the text.

Students are given six vocabulary words with definitions and are asked to "write a summary of the chapters you read today that includes all the vocabulary words," which requires using definitions in context. The Parent Plan lists the skill to "Summarize the main ideas and supporting details in text," indicating students practice summarizing and identifying supporting details. Activities ask parents to check that students used vocabulary words correctly in their summaries, reinforcing use of defined terms within written work.

Students are asked to record three examples of cause and effect from the novel and to select one example to write a cause-and-effect paragraph, using a provided graphic organizer as an outline. The Student Activity Page includes specific example causes/effects and a sample paragraph that models developing a topic with story events and consequences. The lesson provides definitions (Things to Know) for cause and effect and directs students to use examples from the novel and from additional myths/web resources to support a comparison activity.

Students read the final chapters and answer comprehension questions that require them to cite concrete details from the text (for example, Question #3 asks how Treegap changed and lists cars, buildings, and burned wood). The Parent Plan explicitly instructs students to "provide evidence from the text to support understanding," and Activity 3 asks students to select and write a meaningful quote of at least ten words. Activity 5 asks students to record three ways the movie differed from the book, requiring students to use examples and differences as supporting information.

Students are asked to record three quotes or actions from the book that describe characters' feelings about living forever and to place those quotes under Pros or Cons, which requires locating and using textual quotations and concrete details. Students must summarize their own thoughts in a "Your Own Words" section and record others' opinions, encouraging use of examples and details to develop their position. Students prepare a two-minute opening argument explaining why their argument is valid and must prepare answers to opponent questions, which prompts them to use evidence rather than mere opinion (reinforced by rules such as "Do not present opinions as facts").

Students are asked to read Nobody Gonna Turn Me 'Round and watch a video, then answer questions that require them to cite and interpret concrete details (e.g., describing the painting and listing segregated places). In Activity 1 (Option 2) students write definitions in their own words and list examples and realistic solutions, explicitly developing terms with facts and examples. In Activity 2 students create a chart of real locations they visit and describe how each place might have been segregated, which requires using relevant, concrete details to develop the topic.

Students are asked to create a persuasive flyer that must include meeting details and decide what information to present (including why segregated busing is wrong and how people can support the boycott). The speech worksheet prompts students to write reasons people should join the boycott, how people will get to work, expected responses from whites, and words of encouragement, requiring development with supporting ideas and concrete plans. The Research Workshop explicitly instructs students to add facts, things they've heard, and questions, and to list at least five topics they want to learn more about.

Students read specific pages about Brown v. Board and the Little Rock Nine and are asked to write a radio broadcast that must include the date, what the Supreme Court decided, who was affected, and how schools would change. In the in-depth broadcast option students are prompted to expand with concrete examples by discussing public responses, Elizabeth Eckford's experience, or Ernest Green's success. Students also prepare interview questions or a letter that require referencing details from the assigned readings, and they complete a research workshop that asks them to identify and find resources for a research topic or interviewee.

Students are asked to define "nonviolence" and "direct action" and provide examples and benefits on the "Nonviolence & Direct Action" activity page, which directs them to record definitions, concrete examples, and contrasts. The lesson includes "Things to Know" entries that state definitions and factual descriptions of sit-ins, civil disobedience, and Freedom Rides for students to use. In the Research Workshop, students write factual, descriptive, and big-picture interview questions and use a "Writing Research Questions" page that prompts factual items (when/where born, how the person got involved, how they contributed), which guides students to identify relevant facts and details for a topic.

Students read assigned pages about children marching in Birmingham and answer a factual question about why children marched and what happened to them, which requires recalling relevant historical facts. In Activity 3 students are asked to list five ways young people made a difference in the Civil Rights Movement, which asks them to produce concrete examples. The 'My Protest Song' page asks students to write lyrics or a poem and provides space for written content, allowing students to incorporate information or examples into a written product.

Students read background text and answer directed questions (e.g., describe the March on Washington; explain Dr. King's "dream"), which requires them to state relevant facts and details. Students study and perform a portion of King's "I Have a Dream" speech, engaging directly with quotations and practicing interpretation. The Martin Luther King Jr. Day Plans page and parent prompts ask students to record ideas, choose descriptive words, and explain the meaning behind their stamp/coin/bill designs, prompting students to use concrete details and examples to support their choices.

Students read a focused historical passage (pages 44-55) and answer comprehension questions that require citing specific facts (e.g., poll taxes, qualifying tests, threats to registrants; Fannie Lou Hamer's experience). Students conduct an interview using a structured Voting Interview Form that prompts for concrete details, memories, and direct quotations about voting experiences. Students use the words of their interviewee and what they learned about Freedom Summer to create a magazine advertisement that must explain why voting is important, thereby drawing on facts, examples, and quotations.

Students are instructed to identify at least three books and two or more Internet sites and to record bibliographic details on the "Research Sources" pages (author, title, publisher, date, URL, access date). Students are told to revisit their research questions, read sources to find answers, write information on pages labeled by question, and record the source of each piece of information (for example, "(Source #5, pages 26-27)"). For interviews, students practice asking follow-up and clarification questions, conduct the interview, and complete a "Post-Interview Field Notes" page with sections for "Important Topics Covered" and "My Thoughts on the Interview."

Students read assigned pages (including a timeline) and answer questions that ask them to explain whether passage of the Voting Rights Act equaled success and to name specific ways activists continue to create change, requiring use of examples from the text. In Activity 1 Option 2, students gather 4–6 pairs of objects (or images) and explain how each represents life before and after the Civil Rights Movement, which asks them to provide concrete examples and explanations. In Activity 2 Option 2, students research a modern example of discrimination and create a flyer that educates others and provides at least two ideas (and optional links) for action, requiring students to collect and present factual information and examples from sources.

Students are asked to define terms and supply examples on the unit test (e.g., define "nonviolent direct action" and "civil disobedience," list examples, and describe historical situations), which requires using facts and definitions. Students must prepare presentations that include carefully chosen interview excerpts and their own historical background (podcast option) or transcribe and adapt interview passages into illustrated books, requiring use of quotations and concrete details. Students create a mock interview, write introductory paragraphs, and design learning-station posters with timelines and key messages, and complete book reviews that ask for author/title and paragraphs explaining what was learned and what sources (including primary documents) the book contains.

Students record specific examples of discrimination on the "Recognizing Discrimination" pages by noting who was involved, what happened, and how each instance demonstrates discrimination. Students write a three- or four-sentence journal response after watching the Civil Rights Movement video, explaining what they learned and how the video made them feel. Students practice using and defining vocabulary words (concession, raucous, dubious, etc.) and match words to definitions and sentences in the vocabulary activities.

Students are asked to research Mississippi and record information on a "Mississippi Facts" sheet that prompts natural resources, weather and climate, population, and three historical events. In Option 2 students must create a tri-fold brochure that requires labeling maps, illustrating natural resources, writing about climate, and providing statistics and facts (population, governor, capital, number of representatives). The Dialect Guide asks students to match regional words to their meanings, providing explicit definitions for terms used in the text.

Students are asked in Activity 2 to write a 6–10 sentence formal letter to the head of the school board explaining what the county is doing wrong, why it is wrong, and what should be done to correct it, and to identify at least two problems to address. The Parent Plan section lists concrete examples of injustices (e.g., outdated textbooks, unequal funding, long distances to school, no buses, shorter school year) that students can use as supporting facts. The Answer Key and sample sentences show students using book events as concrete details (e.g., the bus splashing mud on Little Man) when composing sentences.

Students select unknown words from chapters 7-12, locate their definitions in a dictionary, read each word in context, and record definitions for use in a crossword puzzle, which requires them to identify and use precise definitions. Students complete a Venn-diagram style organizer titled "A Southern Christmas" comparing Family, Food, and Gifts, identifying similarities and unique details from the Logans' Christmas and their own. The recipe/activity pages list concrete ingredients and preparation steps that students examine and can discuss when comparing foods.

Students read a clear definition and historical description of boycotts and the Montgomery Bus Boycott and review the "Integrated Bus Suggestions" page that contains concrete behavioral guidelines and examples. Students are asked to underline the three suggestions they think were most important and "Explain to your parent why you selected them," and later to "Explain to your parent what you learned about the Montgomery Bus Boycott." The lesson also includes comprehension questions that ask students to give reasons (e.g., why T.J. told Mr. Wallace something), prompting use of supporting details from the text.

The lesson provides a clear definition and multiple facts about sharecropping (percentages of crop revenue, debt, landowner stores) that students read and can use. In Activity 1 students must create a diagram that ‘‘visually explains the sharecropping system'' with both visual and textual elements, and Option 2 asks students to find an image and write a short quote that realistically portrays a sharecropping family's life. The editing/revising activity explicitly encourages students to ‘‘incorporate information from their reading or research'' into their writing, and the wrapping-up asks students to explain the system to a sibling or parent using their diagram or picture and quote.

The Book Report Rubric asks students to "reveal the details and meaning of the story," to encourage empathy for characters, and to use "strong verbs" and words that "show rather than tell," which prompts inclusion of descriptive detail. The Organizing Ideas prompts require students to provide historical context in Paragraph 1 and to describe main characters, the major problem, and suspenseful events in subsequent paragraphs, which directs students to include contextual and concrete story details. Activity 3 requires students to write paragraphs with topic sentences and multiple body sentences, giving students specific practice producing developed paragraphs.

Students are asked to finish a rough draft of a report and to revise by "adding details" and combining sentences, which directs them to develop their writing. The parent plan emphasizes focusing on content and voice and "the development of quality sentences," signaling attention to developing topic content. Students are also instructed to keep track of instances of discrimination on a "Recognizing Discrimination" page and to answer plot-based questions, which requires citing concrete events and facts from the text.

Students are instructed to create four slides/posters that require presenting the problem, providing examples of discrimination (based on the story, Jim Crow laws, and unit videos/text), suggesting concrete changes (laws, consequences, community groups, integrated events), and describing community outcomes. Students are directed to review vocabulary words and the "Things to Know" sections to prepare, and the end-of-unit test asks for definitions (e.g., sharecropper, boycott, Jim Crow laws, Civil Rights Movement) and application of vocabulary in a sentence. The presentation rubric and organizer require a balance of important details and visuals that support the ideas presented.

Students read a "Things to Know" section and referenced pages that define atoms, protons, neutrons, electrons, atomic number, electron shells, and valence electrons, giving them explicit factual material to use. Students answer written questions that require explanatory responses using those definitions and facts (e.g., explain why you can't have an atom of carbon dioxide; what happens when an atom gains or loses electrons; why allotropes of carbon differ). Students complete a "Filling Shells" activity and create an atomic model using atomic number, rounded atomic weight, and electron-shell rules, then explain the model's parts to a parent.

Students read definitions and explanatory text (Things to Know and assigned pages) and answer targeted questions asking them to justify whether ocean water is a pure substance and how mixtures and compounds differ. Students build gumdrop-and-toothpick models and complete a table classifying models as elements or compounds, using concrete examples and formulas. Students perform the metal sandbox and metal-free sandbox experiments, record observations in tables, and write explanations of how their separation steps show a mixture rather than a compound.

Students read chapters and use information to complete a states-of-matter table (Activity 1), which requires them to record facts and properties of solids, liquids, and gases. Students define seven phase-change terms and label processes with arrows (Activity 3), explicitly writing definitions and identifying examples of melting, sublimation, condensation, etc. In Activity 2 students make observational notes comparing a torn sheet of paper and burned paper, describing whether the substance changed and noting concrete details about appearance, weight, and behavior.

Students read explicit definitions and facts in the "Things to Know" and reading sections (e.g., definition of precipitate, exothermic/endothermic reactions, and lists of four indicators of chemical change). Multiple student activity pages prompt students to record observations, write hypotheses, and answer conclusion questions that ask them to explain what happened and why (Color Shift, It's a Gas, Prepare a Precipitate, Clean Pennies). Activity 8 asks students to record the name, chemical formula, and molecule type for molecules they make, providing concrete details and examples tied to the topic.

Students are given explicit definitions and facts (pH, what acids and bases do, litmus paper behavior) in the "Things to Know" and review sections. Students answer content questions about acid-base products and the hydrogen ion in the Reading and Questions section. In Activity 1 students predict pH, test household items with pH strips/litmus, record results, and explain surprising outcomes. In Activity 2 students manipulate Valence cards and chemical formulas (NaOH + HCl -> H2O + NaCl; baking soda + vinegar -> H2O + CO2 + sodium acetate) to model reactions and apply concrete chemical details and examples.

Students are instructed to document demonstrations with observations, photos or video and to record procedures, observations, and conclusions on activity pages (Teeth Demo, Saliva Demo, Stomach Demo). Students must create posters or slides that "address the specific chemistry concepts and terms" and "explain why changes are chemical or physical," and rubrics explicitly require diagrams, details of each step, and explanations of roles (teeth, saliva, stomach acid, enzymes, pancreas/liver). For the chemistry fair students must list supplies, procedures, and the "principles of chemical change each experiment demonstrates," requiring concrete examples and examples from experiments.

Students are asked to answer comprehension questions that require reasons drawn from the text (e.g., explain why people were afraid when the aircraft flew over). Students are instructed to write responses to literary texts and to draw inferences and support them with textual evidence (Skills list). In Activity 2 students must list three concrete actions to prepare for an Assignment and describe how each action prepares them, and in Option 2 students must write 3–4 sentences explaining why an Assignment fits them. Vocabulary activities require students to write definitions and use words in sentences.

Students are asked to answer reading questions in complete sentences and to record descriptive words or phrases about Jonas on a timeline, which requires summarizing textual details. The lesson supplies a definition (Question #4: Release Ceremony) that students can use as a factual element in writing. In Activity 2 students are directed to discuss laws and then make a journal list of three criteria for establishing a law and three criteria for a home rule, and the Life Application asks students to compare real community laws to those in the book.

Students are asked to record positive and negative effects for each community rule and to write a sentence explaining whether each rule should exist (Activity 1), which asks them to give reasons and examples to support a decision. The Parent Plan skill list directs students to "explain whether facts included in an argument are used for or against an issue," and students must answer comprehension questions in complete sentences that reference events and character traits. In Activity 2 students label ceremonies, write descriptions for each age, and assemble a timeline, requiring them to supply concrete details and examples about what happens at each stage.

Students identify and record the actual meanings of euphemisms by filling in the "Actual Meaning" column for terms (Activity 1/Student Activity Page). Students answer comprehension questions in complete sentences and record descriptive words or phrases about Jonas on a timeline (Reading and Questions). Students locate and mark italicized words or phrases in sample sentences and in the book, practicing recognition of text features that convey meaning (Activity 2).

The History: To Be Forgotten or Remembered? activity asks students to select three historical events, write 3–4 sentence descriptions of each event, and explain how each memory could help Jonas's community, requiring explanatory writing and use of examples. The Vocabulary Web activities require students to write definitions, note parts of speech and syllables, and use each vocabulary word in a sentence, which has students practice supplying and using definitions. Reading questions prompt students to answer in complete sentences and to record descriptive words/phrases on a Character Timeline, prompting brief explanatory and descriptive writing.

Students identify and record the author's descriptive words and phrases from the sled-ride passage by organizing them into a five-senses chart (Sled Ride). Students use a second sensory chart (Childhood Memory) to collect words and phrases that appeal to smell, sight, touch, taste, and sound and then write a descriptive paragraph using those sensory details. The Parent Plan skills explicitly instruct students to develop written responses with supporting details and precise verbs, nouns, and adjectives to create vivid images.

Students answer text-dependent questions in complete sentences and record information about Jonas on a "Character Timeline," which asks them to collect and note details from the chapters. Students complete a Symbolism activity that asks them to name symbols, describe their meanings, and provide two additional examples from books they have read, requiring concrete examples and explanations. In the Adjective Clauses activity students are asked to write either two sentences with adjective clauses or a descriptive paragraph containing at least three adjective clauses, which prompts them to produce extended descriptive writing with supporting details.

Students are asked to write a letter explaining the concept of freedom and are told it "might help to include symbolism and ideas" and to "explain the benefits of freedom and why it is worth the pain." In the poetry option students must write a before-and-after poem that "provide[s] examples of what life is like before freedom and what it can be like after," and a bio-poem template prompts students to supply concrete descriptors (e.g., "Who loves," "Who needs," "Who is afraid of"). The capitalization/abbreviation activity includes definitions and directs students to research and write out what acronyms stand for.

Students are asked to create a music collage using descriptive language to "describe the concept of music" for community members who have no prior knowledge. In the Musical Selection activity, students must list five songs and "explain why" each would be shared, writing titles and justifications on the Student Activity Page. Students also answer reading questions in complete sentences and record words/phrases on a timeline that characterize Jonas in Chapters 19–20.

Students are asked to create a Memory Storyboard that requires selecting three meaningful events, drawing images, and writing at least three sentences for each image that describe the memory and how it changed them, which requires using concrete details and examples. Students are also instructed to write a 3–5 page final chapter that uses descriptive language, imagery, and symbolism and to refer to the Character Timeline to reflect how Jonas changed, which prompts use of textual examples to develop their chapter. Rubrics for both projects assess effective descriptive writing and use of imagery, encouraging students to elaborate on their topics with sensory details.

Students read assigned pages in Prisoners of Geography and answer specific factual questions (e.g., why the U.S. is hard to invade, the importance of the Mississippi River Basin, features of the Canadian Shield). Students label and color maps, identifying countries, oceans, rivers, mountain ranges, cities, and shade/label population hotspots and territorial acquisitions, requiring use of concrete geographic and historical details. Students research a chosen geographical feature online and create a postcard that includes a drawn image and a written note describing the location and their experience.

The lesson provides explicit definitions of key terms (Things to Know defines economics, natural resources, capital resources, and human resources). In Activity 1, students list and match natural, capital, and human resources for specific industries (lumber in Canada, automobiles in the U.S., oil in Mexico), producing concrete examples and details. In Activity 2, students collect and record countries of origin for multiple household items across days and may write analyses or create graphs to describe patterns, using factual data from their inventories.

Students are asked to research an American holiday and complete a structured research page asking for date, why it is celebrated, its history, how people celebrated it long ago and today, symbols, special foods, and family traditions, which requires gathering relevant facts and concrete details. The Venn diagram activity requires students to list unique and shared cultural elements for Canada, Mexico, and the United States, prompting selection of specific examples and details. The Remembrance Day and Day of the Dead student pages provide informational text about the significance of each holiday that students use as factual content when making crafts or completing activities.

Students research a chosen country (Activity 2) and fill prompts for capital, primary language and religion, common natural resources, industry and economy, and significant geographical features. Students complete an Island Data Disk that requires them to record Resources, Climate, Industry, Point of Interest, Plants and Animals, and Environment for a selected island. Students read Prisoners of Geography and answer targeted analytic questions (e.g., how isolation affects culture; why major cities are on coastlines), using concrete geographic facts from the readings and videos.

Students match vocabulary terms to definitions and are asked to provide an example country for each term, which requires using definitions and concrete examples (Activity 1, Option 1). In Option 2 students write a compare-and-contrast response explaining differences between a multiparty democracy and a one-party state and what those differences mean for citizens, which asks them to use facts and examples to support their explanation. In Activity 2 students complete short-answer and fill-in-the-blank prompts about causes of revolutions and historical figures, which has them identify relevant factual details that could be used in explanatory writing.

Students are asked to research and record specific facts about agriculture, natural resources, industry, and imports/exports in Activities 1 and 4, filling charts that require concrete details for each country. The Things to Know section provides definitions (industry, agriculture, exports, imports) that students can use to develop their responses. Activity 2 (scavenger hunt and collage) asks students to identify and list economic products from South America, providing well-chosen examples and concrete details about origins and uses.

Students watch videos and answer specific factual questions (e.g., ancestry of Central Americans, predominant religion, major sport), which requires extracting and recording relevant facts. Students complete 'Food Card' activity pages by listing where foods are grown and how their family uses them, collecting concrete details about foods of Central America. Students follow and can perform procedural recipe steps (ñóquis, empanadas, baked bananas) and step-by-step piñata instructions, which present concrete details and examples of cultural practices.

Students are prompted to research and record specific facts and definitions on activity pages: label capitals, major rivers, and landforms; define economics and natural/capital/human resources; and list a country's currency, natural resources, major industries, exports/imports, and trade partners. Embassy project pages require a written paragraph describing the country's economic status, a timeline of key historical events, and a description of the system of government. The trivia game requires students to create forty question-and-answer cards with at least ten questions each on political/economic systems, geography, and cultures, and rubrics require accuracy and depth of knowledge for both projects.

Students answer targeted comprehension questions that require them to list causes of the Great Depression, explain how it affected farmers, and explain Roosevelt's three "R"s, which asks them to use relevant facts and explanations from the nonfiction text. Students create a Great Depression photo journal by selecting two firsthand accounts, pasting them with corresponding images, and citing image sources, which asks them to pair concrete primary details and examples with visuals. As Cultural Commentators, students record cultural customs, homes, clothing, beliefs, and food from the novel chapters, and they study Spanish vocabulary with word-definition flash cards.

Students take a Wordsmith role to locate, record, read aloud, and discuss passages they find important, which requires selecting textual evidence and explaining its significance. In the Quotation Marks activity students insert quotation marks, explain why they used them, and write two original sentences that use quotation marks for different reasons. In the writing activities students are asked to describe how the phoenix might serve as a symbol for Esperanza (with an illustration) or to write a free-verse poem inspired by the phoenix.

Students are asked to complete Venn diagrams comparing Mexico and the U.S. political and social/class systems using two provided web sources, which requires them to locate and record relevant factual information and examples. The lesson provides possible answers that model factual details (e.g., land redistribution, term limits, poverty levels) that students can use in their comparisons. Students also practice identifying and writing quotations and tags in dialogue exercises, including correcting punctuation and copying quoted text, which involves working directly with quotations.

Students read nonfiction pages about the Dust Bowl and the Okie migration (Activity 2) and are instructed to record interesting quotes from documentary videos, then paste those quotations on a titled poster. Students use a U.S. map with scale to estimate travel distance from Oklahoma City to Los Angeles, applying concrete geographic data. In the Reading and Questions task students locate and describe each setting in detail, give page locations, and explain how setting influences story conflict, citing textual evidence.

Students are instructed to write a problem-solution paragraph that requires them to explain why the problem exists in the next two to three sentences and to provide a solution and supporting details in the following two to three sentences. An annotated example paragraph models concrete narrative facts and details (e.g., suspects uncle killed father, travel plans, papers in order) and labels the explanation, solution, and concluding benefit. The parent notes explicitly tell students to "offer persuasive evidence to validate the definition of the problem and the proposed solutions," and the Literary Luminary activity has students select and read passages aloud, which encourages use of quotations as supporting information.

Students are asked in Activity 2, "A Shrine," to draw a shrine and "explain the elements of the shrine, what they represent about your life, and why they are an important part of who you are," which requires explanatory writing with examples. Activity 1 presents a vocabulary box listing Spanish words with English translations, and students write the vocabulary in speech bubbles and labels, which asks them to use and record definitions. The Parent Plan prompts ask students to describe what Esperanza encountered, to explain character motivations, and to describe the agricultural labor system, which require students to produce explanatory descriptions.

The "I Am" poem activity asks students to compose lines such as "I am" (two characteristics), "I hear," "I see," "I feel," and "I worry," which prompts students to produce sensory and concrete details about Esperanza. The Connector role directs students to record connections between the book, their own life, and the outside world, encouraging them to provide examples that relate events to other times and places. The Reading and Wrapping Up questions ask students to recall specific events (for example, what happened during the dust storm and how Mama was affected), which requires citing concrete details from the text.

Students choose one of Cesar Chavez's quotes, write it down, explain its meaning in their own words, and relate it to Esperanza's story, practicing use of quotations and interpretation. Students perform a Line Locator task where they find three to five lines or short passages, copy them, and explain why those passages are examples of good writing or important to the story, working with concrete details. Students rewrite topic sentences to include transitional elements, practicing how paragraphs connect and how topic sentences introduce paragraph content.

Students are asked to write a four- or five-sentence summary of two chapters, requiring them to identify main events and supporting details. Students listen to two first‑hand interviews and are instructed to use those recordings to learn about camp life and discrimination. In the "On Strike!" activity, students examine listed strike reasons, record examples from the book that support each reason, summarize those examples, and provide page numbers in a graphic organizer.

Students are instructed to write a movie trailer script that highlights main events, describes characters and the obstacles they face, and includes lines related to major themes. Students must write a readers' theater script (12–15 lines) based on an event from the novel and may use dialogue taken directly from the book. Students create descriptive artifacts (movie poster, set sketches) that require selecting and representing details from the story's settings and culture.

Students read specific pages and answer factual questions (e.g., who discovered cells and the term 'prokaryotic'), showing practice with relevant facts and definitions. The Things to Know and Questions sections have explicit definitions of magnification and cell that students review and use. Students observe slides at multiple magnifications, record magnification levels on the "Ready for Close Ups!" page, and create labeled drawings or computer illustrations that provide concrete observational details and examples.

Students read a focused "Things to Know" list that provides definitions (nucleus, mitochondrion, cytoplasm, etc.) and answer content questions about organelle functions. Students must label or draw and label an animal cell and make microscope observations, providing concrete details and examples. The Cheek Cell and Paramecium organizer and the report/presentation options require students to list at least three facts for each cell type, note similarities and differences, and include illustrations or presentation notes.

Students read explicit definitions and facts in the 'Things to Know' section (vacuole, chloroplasts, cell wall) and answer direct questions that require factual responses (e.g., identify shared organelles and define photosynthesis). Students label and/or draw a plant cell diagram, naming organelles and matching terms to structures. Students plan and build a 3D model and complete a 'Planning in Three Dimensions' chart that asks them to choose materials and justify why those materials represent specific organelles.

Students answer specific reading questions about specialized cells and their functions (e.g., naming skin, muscle, brain cells and describing neurons). Students write short explanations such as a sentence or two describing what the digestive or cardiovascular system does and respond to prompts like "Do you think a cell is a good example of a factory? Why or why not?". Students produce conclusions after microscope observations comparing tissues and sketch diagrams to show levels of organization, using facts and definitions provided in the Things to Know section.

Students read definitions of biotic/abiotic factors and answer content questions using those facts. They design and carry out an experiment, record hypotheses, daily results, and conclusions about how abiotic factors affect brine shrimp. They label and explain ecosystem diagrams, identifying producers, consumers, decomposers, populations, communities, and abiotic factors. Students also summarize and share findings with a parent, explaining what they discovered.

The lesson provides explicit definitions and facts in the "Things to Know" section (domains, kingdoms, prokaryotic vs eukaryotic cells). Activity 1 asks students to write a poem or paragraph with a line for each taxonomic rank and to include an example for each level, and the Parent Plan requires a finished paragraph/poem of nine lines that names domain through variety. Activity 3 and its parent directions require students to locate scientific names for 11 animals and label them on a collage. Reading questions ask students to state similarities and differences between prokaryotic and eukaryotic cells, and Activity 4 has students build a 3D prokaryotic cell to show structural differences.

Students create labeled sketches of fungi, plant, animal, and protist cells and write notes about similarities and differences (Activity 1 and parent notes). They complete the "Four Kingdoms" organizer and use it to make notes and a Venn-diagram style poster that requires showing similarities/differences and including examples and labeled cell illustrations (Activity 3 and Activity 5). Students prepare definitions on index cards and are quizzed, and tests require labeling organelles, naming classification levels, and answering short-answer questions that call for concrete facts and definitions (Activity 2 and Day 2 tests). The rubric explicitly scores understanding of each kingdom, labeled cells, and examples of organisms, directing students to include relevant facts and examples on their final product.

Students are asked to brainstorm and list ways living things depend on the sea (Activity 1), producing factual ideas such as food chains, the water cycle, weather/climate effects, and human uses. The lesson provides explicit definitions of figurative terms (personification, metaphor) in the "Things to Know" and parent-plan sections, and students are prompted to find and record concrete examples and quotations of metaphors/personification from the poems on the activity pages. The activity pages require students to match objects to human traits and to describe metaphors they find, which engages them in identifying and recording specific examples from texts.

Activity 2 asks students to research their chosen prehistoric animal so they "know details about its habitat and how it lived," and to write an obituary using that information. The Student Activity Page requires students to fill in specific factual fields (name, date died, cause of death, native location, species name, description of how the animal lived, and how it will be remembered). The preparation step directs students to read examples of obituaries in newspapers or online, which requires consulting external informational sources.

Students are asked in Activity 2 to brainstorm in a journal a list of ways that humans and animals depend on plants and vice-versa, and the parent notes give specific relevant examples (oxygen, carbon dioxide, food, shelter, farming, carbon cycle, life cycles, photosynthesis, water cycle). The lesson prompts students to reread poems for content about plant roles and to record observations (e.g., shape-poem observation activity) that connect plant details to larger systems. Several questions and activities require students to identify and explain hyphenated adjectives drawn from poems, which asks for concrete details and explanations about word choice.

Students practice defining and explaining dashes (Things to Know; Activity 2) and insert dashes correctly in multiple sentence exercises on the Student Activity Pages. Students identify and explain how dashes are used in specific poems by copying lines and giving reasons (Option 2, Part II and related activities). In the Camouflage Option 2 experiment students write a hypothesis, follow a procedure, record results, and write a conclusion that connects experimental data to the idea of camouflage.

Students are asked in Activity 2 to research a chosen endangered or extinct species and then "write a poem" that "should give details about the animal," which requires gathering factual information. In Activity 5 students are asked to "learn more" about a selected poet (using bios, library or online sources) and then write an acrostic that represents the poet's life and literary contributions, which requires collecting biographical facts. Activity 6 directs students to locate and record examples of poetic language in poems they find, which involves identifying supporting textual evidence.

Students are asked to "use your readings to fill in the information about daily life" and to "be descriptive in your answers" in Activity 1, which prompts specifics about living environment, chores, agriculture, diet, and recreation. The reading questions require students to describe differences in leadership, gender roles, foods with Mesoamerican origins, and distinct farming methods, which asks for relevant facts and concrete details. In Activity 2 students label levels of the Incan society pyramid and match cut‑out descriptions, requiring them to select and organize factual information about social classes.

Students read specified pages about Tenochtitlan, Chichén Itzá, and Machu Picchu and answer direct factual questions (e.g., why Tenochtitlan was called a "floating city", location and water systems of Machu Picchu). Students place dated timeline cards into a timeline binder, using concrete dates and event facts. In Activity 3 students match city images/labels and write three words or phrases and additional notes about each city, and parents are prompted to review factual details and discuss observations after virtual field-trip videos.

Students read factual passages (DKfindout! pages) about Maya, Aztec, and Inca systems of writing, numbers, calendars, and record-keeping. Students answer focused questions that require stating specific facts (e.g., quipu for Inca records, Maya glyphs, examples of natural medicines, and calendar similarities/differences). Students design a codex using codex-style images and may use Mayan numbers, then explain the story they encoded to a parent or friend, practicing organization of information into a product.

Students read specified pages about the Maya, Incas, and Aztecs and answer factual questions that require naming gods and their significance, identifying an Incan myth detail (the gold stick vanishing), and listing natural resources used in crafts. Students complete a graphic organizer that prompts them to state what a ceremony is, who is involved, where it occurs, and what it looks like, and to write similarities and differences between ancient and modern events. The mosaic mask activity references specific materials (stone, semi-precious stones, turquoise) that students note and use when creating their own mask.

Students are asked in Option 2 to answer focused questions such as "What did gold mean to the Incas?", "What kinds of objects did the Incas make of gold?", "How was this object used?", "Where did the Incas find the gold nuggets…?", and "What did the Spanish do with Incan gold?", requiring them to supply facts and examples from pp. 50–51. In Activity 1 students cut out weapon items, rank them in order of importance, and explain their ordering, which asks them to justify choices with concrete details about weapons and social value. The provided answer key and the reading references give specific factual information (uses of gold, types of objects, mining and smelting, Spanish actions) that students are expected to use in their responses.

Students are prompted to write a few sentences explaining the significance of textile production on the TEXTILES activity page and to create a mini-poster that combines labeled production steps with a written explanation. Students complete short-answer reading questions that require factual responses about Incan social classes, food preservation, and specialized workers. In the Quipu activity, students practice reading numerical information from example quipus, write numbers and perform addition, and then create and explain their own quipu system to a parent.

Students add dated timeline cards (Decline of Mayan Power, Aztecs Arrive in Central Mexico, Acamapichtli, Quetzalcoatl) to a binder, locating and recording factual events with dates. Students create an "Aztec Children Timeline" by watching a video and pasting events (naming ceremony, umbilical cord cut, chores, schooling, military training, graduation) into life-stage boxes, and complete a two-column activity that matches concrete details to stages of childhood. Students complete a Mayan Empire activity that asks them to match vocabulary to definitions (The Golden Age, Ulama, Hieroglyphics, Astronomy) and to write reasons for the Mayan decline, and they identify musical instruments and artifacts used by the Maya/Aztec.

Activity 3 directs students to write two paragraphs with a topic sentence, supporting details, and a concluding sentence summarizing the falls of the Aztec and Incan empires, giving explicit practice in developing a topic with supporting facts. The Incan Archaeology activity asks students to record the object's name, date, place, important details, usage speculation, and cultural insights, guiding students to gather concrete details and examples. The "Name that Quote" activity and video note-taking require students to identify, sort, and use quotations and factual information from sources.

Students are asked to write a Time Machine travel journal using prompts and to refer back to DKfindout! Maya, Incas, and Aztecs, their "Things to Know" sections, timelines, maps, and earlier activity pages for information. The final-project rubric explicitly evaluates accuracy in descriptions of cities and daily life, accuracy about government or religious systems, and accuracy about warriors or festivals, and students are instructed to review and edit their entries for accuracy and detail. The unit test and its open-ended Option 2 questions require students to name and describe ceremonies, writing systems, important cities, discoveries, and the impact of conquest, which directs students to develop topics with specific facts and concrete details.

Students are directed in Activity 1 to explore Incan culture using linked sources and to add information to an "Elements of Incan Culture" chart while focusing on the most important information and giving an overall picture. The Student Activity Pages divide content into labeled categories (Holidays/Celebrations, Clothing, Religious Practices, Government, Transportation, Family Roles, Technology, Animals, Interaction with Other Cultures), prompting students to record facts, details, and images. The Parent Plan skill statement asks students to locate and explore the full range of relevant sources addressing a research question and systematically record gathered information.

The Parent Plan lists a writing skill to "develop a topic with supporting details and precise verbs, nouns, and adjectives," which directs students to add supporting detail. The "Writing a Lyric Poem for a Minstrel" organizer asks students to divide a story into 3–4 events and to "jot down ideas and details using rhymes and word-pictures," prompting students to plan and include concrete details for each stanza. Both Option 1 and Option 2 require students to retell a family or historical event in a 3–4 verse lyric, which asks students to summarize and organize relevant information into a developed narrative form.

Students are asked to research wildflowers in their state and "make a book" listing each flower's name and drawing a picture, which requires gathering factual information for a guidebook. The Peru Photo Collage option directs students to "locate pictures of the Andes mountains and the country of Peru" and to "consider the different elements of culture that you researched in Lesson 2," prompting inclusion of cultural information. The Parent Plan explicitly tells caregivers to check that the student "included different cultural elements as described in Lesson 2," implying collection and presentation of factual cultural details.

Students are asked to quote Chuto's description of the truck on page 47 in Question #2, which practices using direct quotations from the text. The skills list instructs students to "support by referencing the text to determine effectiveness of figurative language," indicating students are expected to cite text evidence. In the verbal phrases activity, students pick phrases from a list and use each in context to construct sentences related to the plot or setting, which engages them in using concrete examples. In the personification activity, students write complete-sentence descriptions of animals and non-living things, producing descriptive examples tied to the story.

Students are asked to create a "Guide to Incan Landmarks" book and to "give an interesting description of each site and the historical significance it has for the culture," using the provided websites as sources. The reading-and-questions section asks students to answer specific factual questions (for example, how llamas are used and what Amautu teaches Cusi), requiring retrieval and use of concrete details from the text. The Parent Plan lists skills students are expected to practice, including locating relevant sources and synthesizing research into a written presentation.

Students write a short book review that requires a brief plot summary and at least one explicit example to illustrate a feature of the book, and they must use transitions to link ideas across two paragraphs. Students brainstorm cultural aspects to preserve and write explanations for why each item is important to their community, which asks them to develop ideas with supporting reasons. Students who choose the poem option are directed to consult provided links about the Spanish conquest and to include accurate historical information in their poem, encouraging the use of researched details.

Students are asked to take a bulleted list of facts about Ann Nolan Clark and turn them into an informative paragraph, using enough facts to make a good paragraph and possibly rewording information while keeping details the same. Students are directed to read reference sites about llamas and then create a five-slide slideshow with specific content slides (e.g., how llamas have been used throughout history, interesting facts about llamas) that requires using facts from research. The activity instructions and parent notes explicitly require that students include informative points and use facts to inform young children or an audience.

Students repeatedly expand basic sentences by answering prompts for How, When, and Where to "paint" the predicate and Which, What kind, How many/Whose to "paint" the subject, producing longer, more detailed sentences. Students choose a specific word to elaborate ("pick a word to paint") and then refine wording, spelling, and punctuation to create a finished, information-rich sentence. Students are asked to relate their painted sentences to the book Secret of the Andes, tying details to a topic or text.

Students are instructed to "add interesting and important details" and to "paint" sentences to make descriptions more vivid, which prompts use of concrete details. The organizing pages prompt students to record What, When, Where, and Why and to describe how Cusi felt, guiding development of events with specifics. The rubric's Ideas category explicitly lists "Geographic impact examples" and "Cultural identity discussion," directing students to include examples and information about geography and culture. The conclusion prompt asks students to describe what the narrator learned and how he changed, encouraging reflective, explanatory details.

Students read informational text that defines archaeology and artifacts and describes archaeological methods and technologies. Students complete 'Analyzing Artifacts' pages where they record detailed, concrete information about three artifacts (what it is, description, material, location, age, and presumed use). Students map artifact locations and answer a concluding prompt that asks them to draw conclusions about past people and explain their reasoning using the artifacts as evidence.

Activity 8 asks students to research a Mesopotamian civilization and create a poster that includes a map, two sentences about natural-resource use, three sentences describing cultural elements, and one example of an invention or scientific innovation, requiring relevant facts and concrete details. Activity 3 (Hammurabi's Code) asks students to read specific laws, write how each issue is handled today, and explain which law seems preferable and why, prompting use of examples and comparisons. Activity 1 map questions and Activity 6 summarizing require students to write short answers that explain why people settled Mesopotamia, list natural resources and uses, and summarize pages in 2–3 sentences, which practices selecting and presenting key factual information.

Students are asked to write a short summary of each two-page section after reading pages 12-13 and 24-25, which requires selecting and recording key facts. Students complete a timeline by locating dated cards and attaching them in sequence, practicing use of concrete chronological facts. Students create Egyptian ruler trading cards in which they must fill in dates of reign and paste or choose the correct "known for" statements, requiring identification and use of specific factual details about each ruler.

Students gather and record specific factual details about four Egyptian gods on the "Gods of Ancient Egypt" activity page, including each god's name, domain, and notable facts. Students create an explanatory flowchart titled "Preparing for the Afterlife" that sequences the concrete steps of embalming and mummification using details from the textbook and a provided web guide. Students summarize reading sections and write out a retelling of an Egyptian myth in their own words (Option 2 picture book) or organize and orally present a myth (Option 1), using the activity organizer to pull together key events and details.

Students are prompted to record multiple ways the Nile was used in a graphic organizer, asking them to include as many examples as they can for water, food, natural resources, and transportation. Students answer a direct question defining hieroglyphics and summarizing why the Nile was important, producing short factual explanations. Students complete the "Life and Work in Ancient Egypt" tables by explaining kinds of work, tools/natural resources used, and status in society, which requires listing concrete details and relevant facts for each group.

Students are asked to choose artifacts and complete the "Share Your Findings!" pages by describing type, material, use, and what each artifact reveals about the culture, which requires selecting relevant facts and concrete details. Students use "Web-based Review Pages" to record website title, URL, descriptions, and personal reactions, and they write 2–3 sentence introductions for each bookmarked site explaining what visitors will learn. The grading rubrics explicitly evaluate clear and accurate explanations of the environment, identified cultural elements, and thoughtful explanations of artifacts and website choices.

Students are provided with a "Things to Know" list (definitions of hydrosphere, polarity, cohesion, adhesion, surface tension) and are asked to use those facts to answer questions such as "How do the properties of water help support life on Earth?". In Activities 1–3 students build or draw models and label positive/negative regions, then explicitly explain how polarity causes cohesion and surface tension. In the Surface Tension and Pepper Problem investigations students collect data, record observations, and write explanations tying experimental results to molecular-level facts from the reading.

Students are prompted to write explanations using observations and measurements (e.g., "Explain your reasoning," "Use evidence from your measurements to explain your answer," and the "Measuring Mass Question"). The lesson provides definitions and facts (density, mass, volume, salinity) in the "Things to Know" and asks students to connect those definitions to their data (calculate density = mass/volume and complete conclusions). Multiple activity pages require students to record concrete details, compare data across solutions, and draw conclusions linking evidence to claims (e.g., concluding "As salinity increases, mass increases. As salinity increases, density increases").

Students read content and answer focused questions that require using definitions and facts (e.g., the "Things to Know" section defines currents, thermohaline circulation, and upwelling; Reading And Questions asks for definitions and explanations of thermohaline circulation and upwelling). Students create written responses and reflections on activity pages (Water Molecule Movement reflection questions and From Water Molecules to Ocean Currents multiple-choice and short-answer prompts) and label models with factual details (equator/poles, warm water rises, cold water sinks). The Parent Plan and Skills list explicitly require students to "use oral and written language to communicate findings" and to "construct an explanation based on evidence," which directs students to develop explanations using facts and observations.

Students are given explicit definitions and facts in the "Things to Know" section (e.g., groundwater, aquifer, zone of saturation, water table) and are asked to use those terms when labeling and explaining their models. The Student Activity Pages require students to draw and label models, answer explanatory questions (e.g., How does gravity cause water to move? Why might groundwater be found in some places but not others?), and use observations to "make meaning." Activity 2 asks students to analyze a data chart on freshwater withdrawals and to read an article about drought-tolerant crops, then answer questions that require using concrete data and examples to explain impacts on water resources.

Students read Chapter 5 and answer explicit content questions (e.g., define biodiversity; explain effects of decreased fish populations), using facts and definitions from the text. Multiple activities prompt students to explain outcomes and support claims with evidence (e.g., after the estuary game they must explain which resources changed and how those changes affected populations; Activity 4 asks students to "Make a claim about what happens in the ecosystem and support it with evidence"). The lesson provides concise definitions and concrete examples in the "Things to Know" section and in activity answer keys that students can use to develop their responses.

Students are given explicit definitions and facts in the "Things to Know" section (evaporation, condensation, precipitation, transpiration, infiltration, percolation) and are asked to read Chapter 6 and answer content questions that require using those definitions. Multiple student activity pages prompt students to explain causes and processes (e.g., "What causes water to change from a liquid into a gas?", "How does energy from the Sun keep the water cycle moving?", "After precipitation falls to Earth, what are two different places the water can go?"). The Build It and Speed It Up activity requires students to collect observations from a model experiment, compare results, and explain how changing conditions affected the cycle, using concrete details and examples from their experiment.

The lesson provides explicit definitions and facts in the "Things to Know" section (definitions of mechanical/chemical weathering, erosion, deposition, sediments). Student tasks require written explanations and use of evidence (questions asking "How does moving water change Earth's surface over time?", "Explain your answer using evidence", and prompts to "Use at least two vocabulary words" to explain observations). Multiple Student Activity Pages ask students to draw, label, and describe cycles (Modeling Earth's Changing Surface) and to analyze maps and data to identify where erosion and deposition occur.

Students read and respond to explicit definitions and facts in the "Things to Know" section (e.g., definitions of agricultural runoff, hypoxia, eutrophication, and the role of oxygen/nitrogen). Students analyze Graph 1 and Graph 2, cite data patterns, and answer guided questions using evidence about how temperature and pollutants affect dissolved oxygen. Students set up and observe the runoff model, record concrete observations, and answer explanatory questions and a mini-design challenge that require using those facts and observations to support explanations and proposed solutions.

Students read Chapter 9 and use the provided "Things to Know" definitions (filtration, sedimentation, treatment, chlorination, wastewater, stewardship) as factual material. Students design and test filters, record observations, analyze results, and answer targeted reflection questions (e.g., "How did your filter remove particles?", "Which material was most effective?", "What conclusions can you draw about the quality of your tap water?"). The skills list explicitly asks students to "construct an explanation based on evidence" and to "use oral and written language to communicate findings," which directs students to develop topics using evidence and concrete details.

Students are prompted to identify and label organisms, abiotic factors, and interactions in their ecosystem model (Part 1), which requires concrete details and factual identification. The unit test asks students to define terms (e.g., salinity, polarity), describe eutrophication, and explain the water cycle using at least five specific terms, which requires use of definitions and facts. In Part 2 students collect a water sample, record observations of clarity and contamination, and explain how contamination could affect organisms and propose solutions, which asks for evidence-based facts and concrete examples. Part 3 asks students to construct a food web and answer explicit explanation questions about feeding relationships, showing development of a topic with specific details.

Students research John Steinbeck using the provided web links and answer specific factual questions (e.g., where he grew up, college attendance, common themes in his novels). Students write short responses that connect Steinbeck's life experiences to themes in his work (question asking how themes reflect his experiences). Students learn vocabulary definitions and read example sentences, then write their own sentences using those definitions and parts of speech.

Students are instructed to gather information from websites and at least one book (an encyclopedia is suggested) and to record facts on a graphic organizer for La Paz or on at least 15 note cards for pearl diving. Students must organize those notes into a travel brochure with labeled sections (places to see, nature and wildlife, people and culture, map, food) or into a one-page scripted oral presentation with at least two visual aids. Students are assessed on content and are asked to describe pearl hunting and provide information that will help explain setting and characters.

Students compile a "Stylistic Devices" log in which they jot down examples, select phrases and sentences, and record quotations from Chapter 3 to identify literary devices. Students answer reading questions in complete sentences that require them to describe a simile and explain characters' motivations, using textual detail. Students correct and rewrite sentences in Activity 1, practicing precise wording and the use of quoted text.

Students are asked to read Chapter 5, develop four discussion questions of different types, and "provide answers or possible answers to the questions you develop," which requires citing or summarizing text-based information. The Think and Search question type explicitly asks students to locate and synthesize information from multiple sentences or paragraphs. The Wants activity directs students to record what each character wants and to justify those wants with symbols and a concluding response, prompting use of concrete character details.

Students read the final chapter and answer comprehension questions in complete sentences that ask them to explain Kino's choices and the role of setting. Question #4 explicitly asks students to think of historical examples where the quest for wealth and power led to death and destruction, prompting students to supply examples. Students are asked to add examples of effective stylistic devices from the final chapter to their log and, in Option 2, to write a few sentences about what happened in the chapter, which can include textual details or quotations.

Students read multiple parables and are asked to explain the lesson of each story to a parent and to compare the Parable of the Pearl with The Pearl, which requires them to use definitions and story details. The materials include explicit definitions for 'parable' and 'fable' in the "Things to Know" sections and a Skills list that asks students to analyze author purpose and study characteristics of literature. Activities ask students to retell a parable orally (with attention to engaging an audience) or create an illustration that reflects important aspects of a chosen parable.

Students are asked to prepare a mock trial for Kino and to "use evidence from the book to argue the case," and to write a speech "defending or prosecuting Kino" that uses persuasive techniques and evidence from the story. Short-answer prompts (Part D) require students to "support your answer with evidence from the story," and the Quick Script and Book Cover tasks ask students to summarize the book and include key events, details, and author information. The Speech Symbols and Compare/Contrast activities require students to identify symbols or similarities/differences and explain their significance using concrete details from the text.

Students brainstorm and write responses about African countries, cultures, resources, climate, landforms, and wildlife, recording concrete details on activity pages. Students read pages 204-207 and answer specific questions that require developing explanations (e.g., explaining why Africa is a "land of contrasts," naming the three great deserts, and describing problems people face). Students assemble and label a large map of Africa, adding factual geographic information such as oceans, rivers, deserts, mountains, and waterfalls.

Students are directed to read specified pages that provide factual information about Morocco, Algeria, Tunisia, and Libya and to use that information to complete activities. In Option 1 students fill a table for each country asking for climate, major crops, how environment influences farming, and major exports and industries — prompting them to collect and record relevant facts and concrete details. In Option 2 students must write 1–2 sentences about environment/resources/exports and a short, well-organized paragraph explaining how the environment influences the country's economy. The Current Events Report asks students to record source details and write a 2–3 sentence summary and personal reaction to news stories, which requires selecting and summarizing relevant information.

Students are directed to use readings to complete structured writing tasks such as the "A Comparison Poem About Egypt: Then and Now," where they must fill in sentences comparing government, crops, religion, cities, and other features using facts from the readings. Students are asked to use resources to fill out the "Cultures of Sudan" table, recording climate/terrain, languages, religions, and examples of houses, and to answer causal questions about how those differences contributed to civil war. Students add 1–2 news stories to a current events journal, which requires summarizing factual information from news sources.

Students are directed to use the assigned reading to fill a two-column chart (Option 1) documenting climate, landscape/terrain, natural resources, agricultural crops, and examples of people interacting with or changing the environment for specific West African countries. In Option 2, students must write a letter that explicitly includes each country's climate and terrain, natural resources and agriculture, one way people have adapted to or altered the environment, and an explanation of how the economy is connected to the natural environment. The activity pages and answer key provide concrete factual details (e.g., crops, minerals, river flooding, dams, oil, cocoa) that students are expected to use in their writing or summaries.

Students are asked to research two central African countries (Activity 2) and record specific factual categories such as natural resources, colonial history, languages, religions, and current government/economy. Activity pages require students to write 2–3 sentences for sections and to list sources, and Option 2 asks students to write a well-organized paragraph summarizing government challenges using details about natural environment, human needs, and conflicts. Activity 3 asks students to add 1–2 news stories to a current events journal, encouraging the inclusion of contemporary factual information.

Students are instructed to create a four-page brochure that requires written descriptions of landscapes (Page 2), descriptions of three animals with pictures (Page 3), and an "Interesting Facts" back cover, which asks for factual information from the readings. In Activity 4 (Option 1 and 2) students must research an issue (e.g., mountain gorillas, HIV/AIDS, malaria), answer guided questions such as "What should people know?" and "Why is this issue a problem?", and then produce a poster and a written 2-minute public service speech that communicates that information. The lesson also requires students to add 1–2 news stories to a current events journal and to answer factual reading comprehension questions about the countries and economies of central east Africa.

Students are asked in Activity 4 to write definitions of different systems of government in their own words and to list which southern African countries and at least one other African country exemplify each system, requiring use of factual definitions and examples. In Activity 2 students fill a Venn diagram comparing apartheid in South Africa with U.S. segregation, writing concrete similarities and differences. The Reading and Questions require students to identify and record factual information (for example, defining apartheid and explaining Angola's civil war) from the assigned text.

Students are prompted to research and record specific background information (environment and natural resources, political system, economic system, cultures) on the "Final Project Notes" pages and to incorporate that background into each news story or broadcast. Rubrics for the printed newspaper, news broadcast, and lapbook explicitly evaluate inclusion of accurate facts and background information and require citation of sources. Mini-book instructions ask students to produce concrete details (map with capital and cities, three natural resources with descriptions of how people use them, index cards with 2–3 details about industries), and the "News Report Citation" page requires students to record author, title, date, URL, and access date for each source.

Students are asked to cite specific evidence from the chapter (Question #2 requires two pieces of evidence) and to explain their thinking about why air is matter. Activity pages prompt students to use definitions and facts from the reading (e.g., the "Things to Know" list) to label diagrams and give examples of how the atmosphere interacts with other systems. Reflection and short-answer prompts (Explain Your Thinking, Part 3, Step Outside and Observe) require students to provide concrete details and explanations drawn from the lesson content.

Students are prompted to record and explain factual information for each atmospheric layer (altitude, temperature, unique characteristics, and importance) in the Build-a-Layer Diagram and 3D Stack Model activity pages. Students must explain temperature patterns across layers (Part 4) and "use your model to explain why each layer is different" (Part 5), requiring concrete details and definitions. In the Layer Sorting Challenge students sort phenomena into layers and then choose three placements to "explain your reasoning using evidence from Chapter 2," explicitly asking for fact-based justification. The Reading and Questions section asks students to answer explanatory questions (e.g., describe a layer's function; imagine Earth without the ozone layer) using evidence from the chapter.

The lesson provides explicit facts and definitions in the "Things to Know" section (e.g., definitions of density, air pressure, altitude, and explanation of how temperature affects particle motion). Multiple short-answer prompts ask students to explain phenomena using those facts (e.g., QUESTION #1 asks why air pressure decreases with altitude; Activity 1 worksheet asks students to describe steps and explain why the can collapsed). Activity 2 and its student pages require students to analyze multi-day weather data, "Explain What's Happening," "Explain Your Model," and "Support Your Prediction" using evidence from the data.

Students are given explicit facts and definitions in the "Things to Know" section (e.g., radiation, absorption, reflection, albedo, Sun as primary energy source) and are asked to use those terms. Multiple student prompts require written explanations using evidence: the Surface Heating investigation asks students to record data and "Explain Your Thinking," and the Mapping activity asks students to choose six locations, record energy levels, and provide reasons. The final prompts ask students to write a "Final Explanation" using specified vocabulary (absorption, reflection, energy, uneven heating, atmosphere) and to use evidence from their model to support claims.

Students are prompted to define and use the terms radiation, conduction, and convection in multiple written responses (e.g., the Questions, the Sea Breeze activity which instructs: "Use the words radiation, conduction, and convection in your answer"). Activity pages require students to explain how energy from the Sun can create wind and to include at least two types of heat transfer, and the Challenge Question asks students to explain how a specific heat-transfer scenario could affect the atmosphere or weather. Lab activities (Convection Moves the Air; Convection in the Atmosphere) ask students to record observations, write hypotheses, and explain results using concrete details and examples from their experiments.

Students read Chapter 6 and answer direct questions that require explanatory responses (e.g., "What is the main reason that wind forms?", "Explain how uneven heating by the Sun helps create global circulation."). The lesson supplies explicit facts and definitions (wind defined as horizontal movement of air, definition of the Coriolis effect, descriptions of Trade Winds and the Jet Stream) that students are prompted to use. Multiple activities ask students to construct models and write answers in the "Connecting to Weather" and "Questions to Ponder" sections, requiring students to cite concrete details from their diagrams and readings.

Students are given explicit definitions and facts in the "Things to Know" section (e.g., definitions of air masses, fronts, tornadoes, hurricanes, Doppler radar, satellite, blizzard, wind shear). Student tasks require using those facts and concrete details to develop explanations: the Weather Front Investigation asks students to identify fronts, describe air-mass interactions, and predict weather using map evidence; the Severe Storms Case Study asks students to use case-study evidence to explain storm formation, prediction challenges, and comparisons between tornadoes and hurricanes. Data-analysis activities ("It's Snowing!" and the optional local-weather task) require students to analyze real snowfall data and use that information to support predictions and written reflections.

Students learn and use specific definitions and facts from the "Things to Know" and vocabulary sections (e.g., carbon footprint, fossil fuels, renewable energy, climate change). In the Climate Data Analysis activity, students examine graphs, identify trends, and are asked to use evidence to explain relationships between CO2 and global temperature and to describe how fossil fuel use is connected to increased greenhouse gases. In the "What's in the Air?" and Designing Solutions activities, students record concrete observational details (amount, size, color, type of particles), identify possible sources and examples of pollution, and use those details to explain impacts and propose concrete solutions.

Students are asked to create a final challenge that requires them to 'List three ways we can protect the atmosphere' or 'Describe how sunlight impacts the weather in the troposphere,' which requires selection of facts and examples. The unit test contains short-answer and essay prompts asking students to 'explain how changes in air pressure lead to various weather phenomena' and to 'Describe two specific actions you can take... and explain why each action is beneficial,' prompting students to give reasons and concrete details. The escape-room activity requires students to write clue prompts, provide solutions, and design puzzles that 'review and apply what they learned,' encouraging the use of unit definitions and concrete details in their clues and answers.

Students are assigned the role of Cultural Commentator and instructed to use a journal to record what they learn about customs, homes, clothing, beliefs, food, and other cultural elements from the first four chapters. Students complete a Southeastern Africa map activity, locating and labeling Mozambique, Lake Cabora Bassa, and the Zambezi River, which requires identifying geographic facts. Students create either a Mozambique Quilt with at least twelve sections representing dress, traditions, food, animals, plants, geography, religion, jobs, government, economics, health, and education, or they write ten Mozambique trivia questions and answers across those same categories.

Students are asked to take on the role of Investigator and "dig up some background information" (geography, weather, culture, history of the setting, author info, pictures/materials, word derivations) and "record the information" in their journal, collecting four or five bits. In the Vocabulary Picture Dictionary activity, students glue the actual definition and a sentence from the book, draw a visual symbol, and write their own sentence using each vocabulary word, practicing definitions and concrete examples. The wrapping up and parent-plan sections instruct students to review and check that words, definitions, and sentences are matched correctly, reinforcing use of definitions and textual examples.

The lesson presents the parts of the writing process (prewriting, drafting, revising, proofreading) and tells students, during revision, to look for problems with organization, focus, and support for ideas. Students are asked to reflect on a quotation from Mark Salzman and write their thoughts, which prompts thinking about writing choices. The Discussion Director task requires students to compose four higher-order discussion questions (including an inference and an open-ended question), which asks them to consider and articulate big ideas from the text.

Students read the back-of-book section "The History and Peoples of Mozambique and Zimbabwe" and complete the "A History of Zimbabwe and Mozambique" activity pages, answering factual questions (e.g., which country fought Frelimo, which tribes, where Portuguese moved). Students color and draw flags and respond to direct content questions that require recalling and recording concrete historical facts. As a Literary Luminary, students choose two or three passages from the novel, read them aloud, and explain their reasons for selecting those passages, which involves citing short quotations and giving brief explanations.

Students read Chapters 14–16 and take on the role of a Travel Tracer, describing where characters move to and from and describing each setting in detail (in words or map form). Students use prewriting strategies (brainstorming, freewriting, idea webs) to generate and organize ideas and then select the most meaningful event to develop as a first-person personal narrative. Students are asked to consider circumstances, what they learned from the experience, and what others could learn, and to communicate reasons for actions and/or consequences in their narrative.

Students complete a 5 W's chart that prompts them to generate Who/When/Where/What/Why details about their event, which requires listing concrete details and relevant circumstances. Students fill a Personal Narrative Story Elements organizer (setting, characters, rising action, climax, falling action) to develop and sequence specific events and descriptive information. Students act as Line Locators by copying three to five lines or short passages (quotations) from the text and explaining why those passages are examples of good writing or important to the story.

Students are asked to research baboons and write an 8–10 sentence museum plaque that presents important information about baboons and their social dynamics. Students can create a guidebook to African animals in which they select five animals and write 1–2 sentences plus paste pictures for each entry. The parent notes and skills section direct students to synthesize information, use organizational patterns for expository text, and include information to educate an audience.

Students are asked to write a four- or five-sentence summary that includes main ideas and significant details, which practices including key information. The lesson defines a calabash and gives procedural details for cleaning and decorating one, supplying a concrete definition and stepwise information students can reference. In the personal narrative drafting section, students are instructed to use sensory details, dialogue, figurative language, and to focus on descriptive details to develop their story.

Students are asked to write a 4–6 sentence postcard from Nhamo that explains what she has endured, how she survived, and how she has changed, which requires them to state concrete details about events and survival. Students must create a 6–10 line dialogue recreating character interactions and use quotation marks correctly, which requires use of direct quotations to convey information. Students must produce a 6-scene storyboard with a drawn picture and a sentence describing each scene and are explicitly told to make sure scenes accurately reflect the culture, geography, and Nhamo's struggle for survival, which prompts use of relevant facts and concrete details.

The Skills section explicitly expects students to "describe complex major and minor characters and a definite setting" and to "write a personal narrative that has a clearly defined focus and communicates the importance of or reasons for actions and/or consequences," which directs students to develop narrative content. Activities ask students to "finish revising" using a revision checklist and to use the Real-life Connector role to "record your connections" between the book, their life, and historical events, suggesting students review and refine content and make connections to outside information. The proofreading and revision activities require students to read through their entire paper and focus on how the whole story "flows and connects."

The Skills list tells students to "clarify and support spoken ideas with evidence and examples" and to "support opinions in verbal presentations with detailed evidence and with visual or media displays." Part IV of the Student Activity Page asks students to "characterize Nhamo using text evidence," and several short-answer questions require students to cite specific events and details from the book. The unit test answer key and activity pages require students to identify story elements and factual events, which asks students to locate and use concrete details from the text.

Students read informational text (page 56) and answer a factual question about when and how Aboriginal people arrived in Australia, requiring them to extract and use a specific historical fact. In Option 1 students must list key parts of the Rainbow Serpent story and create a retelling (picture book, dramatization, or artwork), which requires selecting and presenting concrete story details. In Option 2 students complete a guided comparison worksheet that prompts them to record precise information (what existed, order of creation, how humans were made, roles/instructions, similarities and differences), requiring use of examples and details from two texts.

Students are asked to summarize information about governments and economies (Option 1) using Geography of the World, which requires selecting relevant facts to fill a three-column chart. In Option 2 students gather area and population data, calculate population density, and answer interpretive questions that require using concrete numerical details and comparisons. The Current Events Report asks students to write a brief summary of a news story and respond with observations and examples about life in the region. The timeline and the "Written and Non-Written Sources" activity have students add dated facts and list written vs. non-written evidence that researchers could use.

Students are asked to research and take notes in the "A Reporter's Notebook on Aboriginal Rights," listing a current concern, three relevant facts, possible solutions, and sources. Students create a timeline of recent Australian history by locating dates and events from their reading and placing them on a timeline. Students complete a Venn diagram comparing governments that requires recording factual information (constitution date, branches, head of the executive, legislature parts, and major parties). Students research Australia's exports and write either a poster or a 20–30 second radio advertisement script that uses descriptive words and factual information about the economy.

Students are asked in Activity 1 to research a specific Australian animal and record its name, habitat, foods, five amazing or unusual facts, and an explanation of how it is adapted to its environment. The Current Events Report activity requires students to identify significant people and regions, write a 2–3 sentence summary of a news item about Aboriginal Australians, and record their reaction. In Option 2 (Uluru) students are directed to revisit reading and park websites and then write a letter to the editor explaining their views and reasons about climbing policy, which prompts them to use information and examples to support their position.

Students research Maori artifacts and answer five targeted questions about the object's identity, origin/age, materials (including links to natural resources), use, and cultural importance, requiring them to gather and record concrete details and examples. Students complete an "Outdoor Activities in New Zealand" page in which they list natural features that enable specific activities and compare those features to their own community, supplying relevant facts and examples. The reading comprehension questions ask students to state factual information (climate differences, settlers, sheep population, electricity sources), prompting students to use well-chosen facts from the text.

Students research and record specific factual information in the Galápagos Field Guide (common and scientific name, size, description, lifespan, habitat, food source, adaptations, and interesting facts). In the Galápagos Animal Diagram students write the common and scientific names, note size, choose three key features and write explanations, and explain how the animal is adapted to its environment. The Current Events Report and the Tourism & Village Life pages require students to summarize news items and explain consequences for resources, jobs, and daily life using concrete details.

Students answer focused questions asking them to describe Arctic climate, challenges to meeting basic needs, and natural resources (Activity 1), which requires citing concrete details from their reading. Students label and shade maps of the Arctic and Antarctica, identifying oil, gas, coal, mining areas, and research stations (Activity 2), which requires placing and using factual geographic information. Students locate a news item about Antarctica and complete a Current Events Report with a brief summary, significant people, and regions mentioned (Activity 3), which requires gathering and reporting informational details from an external source.

Students are prompted to fill a three-column planning page for Australian history that asks them to record important details about first human arrival, European arrival, and changes over time. Brochure and museum planning pages require students to list at least three important ideas for Government, Economy, Natural Environment, and Cultures and to explain how visitors will learn them. The unit test includes written-response questions asking students to describe earliest human settlement and to summarize an Aboriginal story and explain its connection to the natural world. The grading rubrics require accurate descriptions and inclusion of specific facts, changes over time, and elements of government and economy.

Students read Chapter 1 parts I and II and answer direct questions that require them to state definitions and facts (e.g., "What is a scientific theory?", "What is isostasy?", "What is continental drift?", "What causes mid-ocean ridges?"). In Activity 1 students draw and describe observations of an isostasy model, recording how the block floats as ice melts and answering follow-up explanatory questions. In Activity 2 students construct a sea-floor spreading model and are prompted (via parent questions) to explain what parts of the model represent (mid-ocean ridge, trenches), to compare ages of rocks, and to interpret the stripe patterns as magnetic evidence.

Students read Chapter 1 - Part III and answer targeted questions that require recall of facts (e.g., what divergent boundaries create, impacts of convergent boundaries, how fold mountains form). Students are asked in Option 1 to "explain in your own words" what happens at each type of plate interaction, and in Option 2 to demonstrate and explain plate interactions using clay models. In Day 2 students must look at a mountain image, explain how it was formed, and draw before-and-after diagrams, which require use of concrete details and observations.

Students read informational text and answer targeted questions that require use of facts and definitions (e.g., listing five criteria for a mineral, naming common minerals, explaining how each rock type forms). Students are asked to summarize the rock cycle and to label diagrams with specific terms (weathering/erosion, deposition, compaction/cementation, melting, cooling, magma/lava), demonstrating use of concrete process details. In Activities 3 and 4, students record observational data (hardness, luster, streak, grain size), make identifications, and create index-card labels that include name, location, and a description of each rock or mineral.

Students answer direct questions that require definitions and factual distinctions (e.g., explain the difference between focus and epicenter; compare P-waves and S-waves). Students research an earthquake hazard and complete an activity page that asks them to explain what the hazard is, how an earthquake triggers it, what damage it can cause, and to provide a historical example with specifics (when and where, lives lost, cost). Students design a seismograph using a structured planning page where they list materials, explain how the device will work, and describe limitations and possible fixes, demonstrating use of concrete details and examples.

Students read background definitions (Things to Know) that define volcano, magma vs. lava, and volcano types. Students complete guided research sheets that ask for specific facts and concrete details (date, location, monetary damage, lives lost, volcano type/fault type, aftereffects, precautions, and two interesting facts). Students organize those facts into a slideshow, poster with oral explanation, or a written report and are given sample slides and a model report that demonstrate use of facts and examples (e.g., Mount St. Helens data and scientific findings).

Students read focused content that provides domain-specific facts and definitions (the "Things to Know" section defines geologic time, relative/absolute age, fossils, and index fossils). Students answer targeted questions that require using those definitions and concrete facts (Questions #1-#3 ask for explanations of relative vs. absolute age, factors complicating age determination, and why fossils are rare in igneous/metamorphic rocks). Students create a physical or written rock-layer model and must "explain what parts are missing" and "describe what the remaining parts can tell a scientist," and the Parent Plan explicitly expects students to "construct a scientific explanation based on evidence from rock strata."

Students read background definitions (pedosphere, soil, stewardship, soil erosion) and research the 12 soil orders to note which orders are common in their state, gathering factual descriptions. Students complete Venn-diagram activities comparing state soils, recording concrete details such as soil type, organic matter, acidity, clay/mineral content, and uses. Students perform hands-on tests (texture-by-settling or texture-by-feel, pH, nitrogen, potash) and record measurements and percentages on the "My Local Soil" page. Students write explanations (e.g., a "Difference Statement" and notes about what grows well or what must change) and share their findings with a parent.

Students are prompted to define the lithosphere and explain the inside of the Earth on the "Inside the Earth" activity page and to explain what tectonic plates are, how they move, and what happens at their boundaries on the "Tectonic Plates" pages. Students are asked to write sentences about how rocks move through the rock cycle, to describe and show rocks and minerals they found, and to explain their local soil's pH, texture, and nutrient content on the "Our Soil" page. The final-project rubric requires that students explain layers, give definitions (lithosphere, pedosphere), describe processes (mountain, volcano, earthquake formation; rock-cycle paths), and show local examples, which directs students to use facts, definitions, concrete details, and examples in their booklet.

Students create vocabulary cards and a vocabulary cube activity that requires them to recite definitions, name parts of speech, give synonyms/antonyms, and use words correctly in sentences, which engages them in supplying definitions and examples. Students answer directed comprehension questions in complete sentences (e.g., characterizing Bilbo, describing the dwarves, and explaining Gandalf's remark) that require them to cite concrete details from Chapter 1. Students record events on an "Events of the Journey" page and label locations on a setting map, which asks them to note specific facts and short explanatory sentences tied to chapters.

Students are directed to read biographical articles about J.R.R. Tolkien and then either (Option 1) write five interview questions and explain why each question is important and list three future items to share with reasoning, or (Option 2) assemble a collage with images that represent Tolkien's early life, interests, accomplishments, family, major changes, and an interesting fact and explain each image. The lesson also asks students to summarize chapter events (charting the journey and describing the first night's camp) and to correct quoted sentences, which requires attention to specific wording and details.

Students are asked to find at least one example of foreshadowing from the chapters, read it aloud, and record it with chapter and page number on the Foreshadowing and Flashbacks chart, which requires locating and recording a textual quotation or example. The lesson provides explicit definitions (Things to Know) for foreshadowing and flashbacks, and students chart the group's journey and record descriptions of events on the Setting Map and Events of the Journey pages, prompting use of concrete details. The Working with Independent Clauses activity and comprehension questions require students to produce complete sentences and to combine clauses correctly, which supports accurate expression of facts and details.

Students answer specific comprehension questions that require citing facts from the chapter (e.g., identifying the ring as gold and its power of invisibility). Students are asked to "write a brief description of what happens in this chapter" on the Events of the Journey page and to "record any examples of foreshadowing from Chapter 5 on the chart," which asks them to collect textual examples. Students use the "Things to Know" definitions (thesaurus, runes) and a thesaurus activity to select synonyms and concrete associated words when composing riddles, practicing use of concrete descriptive details.

Students are asked to "Write a brief description of what happens in this chapter" on the Events of the Journey page, which requires summarizing chapter content. Students answer specific comprehension questions in complete sentences about how wolves, goblins, and eagles act, which requires citing events and concrete plot details. Students are asked to "Record any examples you found of foreshadowing from this chapter," which asks them to locate and note textual examples.

Students are asked to define a term directly when they answer "What is a skin-changer?" which requires producing a concise definition. In Activity 2 students must write a descriptive paragraph that explains human characteristics, animal characteristics, and special abilities of a new race, which requires providing details and examples about the creature. The journey mapping and "Events of the Journey" chart ask students to briefly describe what happened in the chapter and to record examples of foreshadowing or flashback, prompting selection of concrete narrative details.

Students are asked to explain problems and solutions in writing using the "Problems and Solutions" and "Problem Solving" pages, where they must state a problem, brainstorm three solutions, list pluses and minuses, and select and explain the best solution. The Parent Plan Skills explicitly directs students to "Construct essays/presentations that respond to a given problem by proposing a solution that includes relevant details." Comprehension questions and the "Events of the Journey" task require students to write sentences describing specific events (e.g., how Bilbo freed the dwarves) using factual story details.

Students are asked to "write a short description of the events in these chapters" on the "Events of the Journey" page, requiring them to compose explanatory prose about the reading. Students must "Record any examples of flashback or foreshadowing found in these two chapters on the chart," which asks them to identify and cite specific narrative examples. Students also answer comprehension questions in complete sentences and are prompted (in the parent plan) to explain Bilbo's plan, all of which require students to produce written explanations.

Students are asked to gather and analyze evidence about greed and consumerism in Option 1 (collecting at least seven advertisements from community, online, and print sources) and to record examples with two- to three-sentence descriptions in Option 2. Students must summarize Chapters 12 and 13 and record examples of flashback or foreshadowing, and they answer text-based questions that refer to specific quotations (e.g., "Now he [Bilbo] had become the real leader..."). The activities require students to classify and rank examples (classify ads by how much they prey on greed; rank historical/current events by devastation), which asks them to use concrete examples and organize evidence.

Students are asked to identify quest elements and illustrate them on a Quest Cube and then "Explain to your parent how each element affects the theme and mood of the story," which requires connecting examples from the text to bigger ideas. The reading questions require students to answer in complete sentences about character actions (e.g., why Bilbo sneaks out, why dwarves refuse to fight) and to describe character change and the role of power, prompting the use of text-based examples. The parent plan supplies specific examples (e.g., treasure, Bilbo, Smaug, Gandalf) that students can use as concrete details when explaining elements of the quest.

Students are asked to read early reviews of The Hobbit and "in two or three sentences (in your journal), summarize the literary critic's response to the novel," identify whether the response is positive or negative, and "explain some of the major points the critic makes." Students are also asked to "Describe any literary elements that the reviewer alludes to in the review," and parents are prompted to have students identify themes, characters, and plot points mentioned in the reviews.

Students are explicitly instructed to "support your feelings and thoughts about the book with examples from the text" and are told they may use "figurative language, direct quotes, events from the story, etc." to support their ideas. The rubric includes a Textual Evidence criterion that assesses use of direct quotes and reference to the text, and the outline and prewriting web prompt students to record evidence and support for each idea. Multiple activities (prewriting web, outline support lines, and rubric assessment) require students to choose and place textual examples to develop their response.

Students read specified pages (1–21, especially pages 14–15 and 18–21) and answer content questions that require recalling facts and definitions about reincarnation, karma, dharma, the caste groups, and Buddhist teachings. Students synthesize information from multiple pages to complete the "Comparing Hinduism and Buddhism" table by placing principles, rewards, views on predestination, and the role of priests in the correct cells. Students produce concrete descriptions in Activity 5 (imagined daily schedules or murals) and add dated timeline cards and labeled maps, requiring use of factual details and examples from the readings.

Students answer directed factual questions (e.g., Mandate of Heaven, Han dynasty contributions) that require use of definitions and concrete details from the readings. In Activity 2 students summarize accomplishments of seven dynasties, which asks them to select and record relevant facts and examples. Activity 4 has students place dated timeline cards, requiring them to use chronological facts and dates, and Activity 5 asks students to copy a passage from the Tao Te Ching (quotation) and write a short explanation of its significance.

Students answer reading questions that require them to cite facts and a direct quotation (e.g., the Confucius passage on family loyalty) and to list inventions and reasons (e.g., causes of suffering according to Buddhism). Students add dated timeline cards (Birth of Confucius, Silk Road start, Invention of Printing, etc.), locating and placing concrete historical details on a timeline. Students complete a Silk Road map activity that asks them to show accurate lists of goods traded from China and into China (e.g., silk, tea, spices; gold, silver, precious stones).

Students are asked to read pages 1–17 (including pages 10–17) and answer specific content questions such as how the Kojiki describes Japan's creation and why the Jomon are named, which require citing concrete facts from the text. In Activity 1 students list natural resources of ancient Japan and label islands and cities, and in Activity 3 they label trade routes and name goods exchanged between Japan, China, and Korea. In Activity 2 students must write about the uji, emperors, noble families, and shoguns—including examples, approximate dates, and descriptions of who held power and what they did—or create a flow chart that records dates and key details for each major shift in power.

Students complete Activity 2 by filling a table or Venn diagram that asks for brief descriptions, beliefs, practices, and concrete examples for Shinto, Buddhism, and Confucianism, requiring facts and definitions. In Activity 3 students list cultural components, ideas, and technologies that traveled from China to Japan, citing specific examples (e.g., Chinese writing, Buddhism, the tea ceremony). Activity 4 asks students to write a classified ad describing duties, required qualities, and hazards for a warrior, prompting them to develop a topic with concrete details. The reading questions and timeline activity also require students to identify and record factual information and dates (e.g., kanji, haiku, origami, key historical dates).

Students must create a three-slide multimedia presentation where each slide includes at least two important pieces of information and a written script that elaborates, providing background information, details, and relevant examples. The multimedia planning pages include sections for "Main Points" and "Additional Information for the Script," prompting students to record facts and supporting details. The puppet-show option requires students to write retellings/scripts and the rubric requires stories that address rank/status, rulers, and cultural exchange or religion, which forces inclusion of relevant facts and concrete examples.

Students read assigned textbook pages and biome graphics that include definitions (e.g., diversity, aquatic, terrestrial) and gather facts about biomes. Students complete survey and two-table activity pages to record producers, consumers, decomposers, biotic and abiotic factors, locations, and characteristics for two ecosystems. Students are instructed to write a short paragraph for each ecosystem that must mention the biome, ecosystem location, notable biotic/abiotic factors, and major characteristics.

Students are asked to explain differences (Question #4) and answer content questions (Questions #1-#3) that require using facts and definitions provided in the "Things to Know" section (e.g., photosynthesis, biomass, trophic levels, energy pyramid). In Activity 1 students calculate and record quantitative details about biomass and consumption, using concrete numerical data and stepwise computations. Activity 2 prompts students to measure and report transferred water and to compare results to the 10% energy-transfer figure, encouraging use of empirical observations to support conclusions.

The lesson provides explicit definitions and factual information about niches, competition, symbiosis, parasitism, commensalism, and mutualism that students can use as supporting facts. Students are asked to answer targeted questions that require them to explain why niches are important, what happens during competition, and differences between parasitism and mutualism, prompting use of concrete details and examples. The activities require students to list organisms, describe whether each is a producer/consumer/decomposer, identify food sources and habitats, explain interactions, and justify whether organisms could survive in a different environment, all of which push students to develop topics with relevant facts and examples.

Students read informational pages and watch a video about ecological succession and then answer focused questions that require explanatory responses about causes, differences between primary and secondary succession, and benefits of succession. In the slideshow or portfolio activity, students must select images, put stages in order, and write captions or short descriptions for each stage, including labeling stages on the Student Activity Page. The Skills section explicitly asks students to "use oral and written language to communicate findings," which connects to producing written explanations.

Students read an informational text (pages 6–15 of Changing Ecosystems) and answer explicit explanatory questions that require factual explanations about CO2, El Niño, natural catastrophes, and human impacts. Students write a paragraph explaining how a newly formed volcanic island might be repopulated, which asks them to apply knowledge of primary succession and give a staged explanation. Students gather and caption at least five images that map stages of succession and 2–3 images showing volcanic destruction, using concrete examples and visual evidence to develop their topic. The Things to Know section supplies definitions (natural hazard, natural disaster, explosion/extinction) that students can incorporate into their explanations.

Students must create a slideshow or portfolio that includes 2–3 pictures of the area before and immediately after the disaster and contemporary pictures, with brief captions that describe what is going on in each picture in terms of stages of succession. Students are asked to identify the type of succession (primary or secondary), match descriptions of succession stages to their graphics, and explain why changes have occurred between post-disaster and current pictures. Students must write a 20–30 year prediction paragraph describing the future ecosystem and provide explanations and representative images to support that prediction.

Students are given explicit facts and definitions in the "Things to Know" section (e.g., definitions of the carbon cycle, decomposition, carbon fixation, and cellular respiration) that they must use. Students are required to read specific pages in Exploring Ecology and watch the Carbon Cycle Song to gather relevant information and examples. In the writing/comic activities, students must include a listed set of key components (absorption for photosynthesis, CO2+water -> glucose/cellulose, consumption by consumers, respiration, decomposition, trapping after death) and add informational captions or speech bubbles that incorporate those facts.

Students read specified pages in Exploring Ecology and Changing Ecosystems and are given explicit definitions (habitat, adaptation, evolution, specialist/generalist, extremophile) in the "Things to Know" section. Students are instructed to gather relevant information from the texts and the Internet and to record facts about biome factors (rainfall, temperature range, soil type, location, other characteristics) on the Ecosystem Characteristics activity sheets. In Options 1 and 2 students must state a change, predict results, and in Option 2 synthesize how multiple abiotic changes would affect vegetation, which requires using gathered facts and concrete details to support their predictions.

Students are given explicit definitions (biomagnification, bioaccumulation, pollutant, toxicant) that supply factual vocabulary for explaining effects of toxicants. Students write hypotheses, make daily measurements, and record observations in the Toxicant Experiment chart, using concrete details (height and color) as data. Students answer directed questions (e.g., "What does vinegar represent?" and "How is the introduction of a toxicant potentially harmful?") that prompt explanation using those facts and experimental examples.

Students perform a documented investigation where they weigh ingredients, record a hypothesis, calculate item-only weights, and answer discussion questions explaining differences and evaporation—providing quantitative facts and concrete details about conservation of matter. Students construct food chains and a food web with labeled trophic levels and use different-colored arrows to represent the flow of matter and energy, explicitly showing examples of producers, consumers, decomposers, and energy loss. Students answer guided questions (e.g., how the carbon cycle illustrates conservation, where lost energy goes) that require them to cite specific processes and examples from readings and the experiment.

Students are instructed to research an extinct organism and collect specific information: an illustration, a map of its range, its place in the food chain (primary/secondary/tertiary), primary food sources and predators, and details about its ecosystem (other organisms, climate, geography). Students must record reasons for extinction with illustrative pictures and write a paragraph proposing how the extinction could have been prevented, including recommendations for changes or possible adaptations. The materials define extinction and require students to save images and assemble a presentation or portfolio that combines facts, concrete details, maps, and explanatory text.

Students are asked to research specific invasive species and record the name, areas where it occurs, and a brief description of the plant's impact on other plants, which requires collecting relevant facts and concrete details. The "Things to Know" section provides clear definitions (e.g., native species, invasive species, biodiversity, invasive generalists/specialists) that students can use in their explanations. The Parent Plan and optional extension list specific topical information (reduction in biodiversity, human association, economic and health impacts) for students to gather, and students are prompted to present information on a Weebly page or portfolio. Unit Test prompts (e.g., explain what will happen when a new organism is introduced; describe importance of soil, producers, consumers) require students to explain topics using factual reasoning.

Students locate and read multiple web articles about ancient and modern Korea and record facts on the "Elements of Korean Culture" chart, which requires them to categorize concrete details about housing, religion, clothing, and food. Students use vocabulary definitions and insert those terms into a contextual paragraph, demonstrating use of definitions and concrete examples. The lesson also asks students to evaluate information from different sources and to complete a map activity that requires identifying geographic facts.

Students are asked to add details to an "Elements of Korean Culture" page as they read, which requires identifying and recording cultural facts and concrete details from the text. Students must deliver brief oral summaries of the chapters, which asks them to highlight main events and convey relevant information. The reading questions require students to answer in complete sentences and cite specific plot details (for example, honorable vs. dishonorable ways of gathering food), prompting use of textual evidence.

Students are asked to "add any new information you learn about ancient Korean culture to your 'Elements of Korean Culture' page," which explicitly directs them to collect information. The Making Kimchi page provides specific ingredients and step-by-step preparation (concrete details and factual procedural information) that students follow. The pottery investigation asks students to dig, observe, test soil, record what happens as they add water and dry the clay, and draw conclusions about clay content, providing firsthand facts and observational details. Discussion prompts ask students to explain what food and art can tell about a culture, prompting use of examples and observations.

Students are asked to identify and sequence the steps for making pottery (Option 1 and Option 2), cut out or list those steps, and then write directions for a process they have made before, which requires selecting and organizing concrete procedural details. The activity asks students to consider how each pottery step depends on environmental resources and to add details to the "Elements of Korean Culture" pages, prompting them to extract facts from Chapters 4–6. The reading/questions section requires students to write a fact-based question whose answer can be taken straight from the book, which directs students to locate and use textual facts.

Students are instructed to research Linda Sue Park by reading biographies and watching interviews, taking notes on the important information she shares. They answer targeted factual and interpretive questions on the "Linda Sue Park" page (e.g., parents' origin, first poem published, places she lived). Students then write a short paragraph that must include information about how the author's experiences and relationships influenced her writing, requiring them to use gathered facts and concrete details.

The lesson provides a clear definition of "opportunity" in the "Things to Know" section, giving students a definitional element to use in writing. The Tree-Ear's Mini-Book activity directs students to write an opportunity on each flap and to "record at least one way the opportunity benefited Tree-ear, or how he used the opportunity," which asks for concrete details and examples. The Parent Plan prompts parents to "encourage your child to provide evidence from the text to support his conclusions," explicitly directing students to use textual evidence in their explanations.

Students are directed to visit multiple museum websites and a Wikipedia page that provide pictures, dates, and descriptions of Korean celadon pottery, giving them access to relevant facts and concrete details. The lesson defines celadon and asks students to consider how artwork reflects culture and geography, prompting students to identify cultural information in the sources. Discussion questions ask students to explain how Korean pottery reflected the environment and culture and what they learned about celadon, which encourages use of specific information from the resources.

Students are asked to read five of Crane-man's quotes and "In your own words, explain each of Crane-man's quotes," which requires using quotations as a basis for written explanation. The parent plan states students should "Develop and justify the interpretation of literature through sustained use of examples," and the Option 2 task asks students to write a personal proverb and "describe two ways he has seen the quote ring true in his own life," prompting students to supply examples. Students also answer comprehension questions in complete sentences, which practices writing developed responses to a prompt.

The Relationship Web and Relationship Words activities require students to write at least two sentences describing Tree-ear's relationships and to "support your descriptions with examples from the text, including the characters' thoughts, words, and actions." The Skills section explicitly states students should "justify interpretations of literature through sustained use of examples and textual evidence." The reading questions and short-answer tasks require students to answer in complete sentences and reference concrete story events (e.g., what Crane-man held, what bandits did).

Students are instructed to "support all statements and claims with anecdotes, descriptions, facts, and specific examples" in the Skills section. Students are prompted on the Option 1 organizer to "provide support from the text for each similarity and difference" and to use ideas from their brainstorming when planning paragraphs. Students are evaluated on an "Ideas and Support" rubric that rewards papers that provide specific examples to compare and contrast.

Students read specified pages about Asia and Russia and answer targeted questions that require citing geographic and economic facts (e.g., where first cities were established; differences between western and eastern Russia). In Activity 1 and the map tasks students identify and label many physical features, demonstrating selection of relevant geographic details. In Option 1 students record connections between natural resources and economic activities using information from the reading, and in Option 2 students complete a comparative chart about daily life and are invited to write a short story that incorporates at least three concrete aspects of daily life.

Students are instructed to read country fact boxes and record specific data (form of government, major industries and exports, adult literacy rate, and life expectancy) in a structured chart. Students then use that chart to create bar graphs and a literacy-rate vs. life-expectancy plot and to answer comparative questions about highest/lowest rates and countries similar to the U.S. The activities ask students to take notes and optionally record additional details from the texts and images for comparison.

Students are asked to complete a Current Events Report that requires a 2–3 sentence summary, to list the news source, countries, and significant people, and to attach the article, which prompts use of concrete facts from the text. Students must fill separate sections describing government, economy, culture, and environment for each story, which directs them to record relevant informational details and examples. The map and reading questions also require students to note specific geographic and resource facts (for example, oil as a key natural resource and settlement patterns near waterways).

Students are directed to reread pages 160–165 and to note specific environmental issues (impact of irrigation on the Aral Sea, pollution affecting Caspian Sea caviar, industrial/agricultural pollution in Kazakhstan). Students must choose one issue and create a poster or a 30-second radio/TV advertisement that explicitly answers: what is happening, why it is a problem, and what people should do about it. Students are given a storyboard with lined spaces to write a script and numbered key points, which requires them to organize and include concrete information and examples from the reading.

Students read informational pages about the Indian subcontinent and answer specific factual questions (e.g., when Pakistan and Bangladesh were created, religions that originated in India, important crops in Sri Lanka), requiring them to state relevant facts. Students complete a current-events journal entry for the Middle East and write postcards that ask them to describe natural environments or cultural features, producing explanatory writing about a topic. Students conduct and record a monsoon-related experiment and complete reflection prompts that ask them to explain how monsoons create rain, their impact on agriculture, and cultural responses, using concrete observational data.

Students are directed to read specific pages (174–187) and use an online resource about rice to gather information. In Activity 2 (Option 1) students must identify the series of steps in rice cultivation and write short descriptions for each step on a flow chart, and in Activity 4 students must research and record at least one detail for government, economy, and culture in comparison charts for ancient and modern China (and Japan if chosen). The map and garden activities also ask students to add factual geographic and cultural details.

Students read background pages about governments, economies, and cultures and are given clear definitions of natural, capital, and human resources to use as supporting material. Students complete a "Farming in Mainland Southeast Asia" activity in which they describe lifestyles and farming methods for river valleys and uplands and create a labeled sketch, requiring concrete details and examples. In Activity 3 students choose three countries and fill a chart or create a flapbook listing natural-resource-based and other economic activities, noting what resources each industry requires and using facts from the textbook or optional external research.

Students read Geography of the World pages and answer content questions that supply facts (e.g., Wallace's Line, typhoon risks, East Timor history). In the 'Cultures of Indonesia and the Philippines' activity, students cut out provided fact boxes and paste them into a two-column chart, recording history, languages, religions, ethnic identities, connections between culture and environment, and examples of cultural borrowing. The lesson asks students to "record what you have learned" and to answer comparative questions about similarities and differences, which requires selecting and citing concrete details from the text.

Students read specific textbook pages about Indian Ocean islands and are asked to record threats posed by monsoon rains, pollution, and tourism on the Environmental Threats activity page. Students describe each threat in writing on the activity page and then synthesize information to create a poster that shows the impact of one chosen environmental issue, using facts drawn from the reading and the provided answer key. Students may also use the atoll activity to demonstrate understanding of coral formation by following steps that reference textbook details.

Students must fill out a Final Project Planning Page explaining how each chosen country "fits the theme" and listing specific destinations or activities with brief descriptions. For each of five countries they create two tour-book pages: one with activity descriptions and one that requires a summary of government, economy, natural resources and wildlife, population facts, an "In the News" current-events summary, and "A Note About History." The grading rubric explicitly evaluates relevance and accuracy for items such as major city descriptions, government/current events, population data, economic information, and natural environment details.

Students collect and record quantitative data (masses across tests) and write observations and answers in the activity's 'Explanation' and 'Questions to Consider' sections. The lesson provides explicit definitions and facts in the 'Things to Know' and question-answer sections (e.g., definitions of matter and energy, source/forms of the Sun's energy) that students can use as supporting information. Students are asked to answer conceptual questions (e.g., whether matter is created or destroyed, the role of energy) that require using those facts and concrete details.

Students answer Part 1–3 questions that ask them to explain how heat is transferred from the bulb to their fingers/hand and to identify the type of transfer (conduction, convection, radiation). Students use a thought experiment to relate radiation from the lamp to how the Sun transfers heat to the Earth and are prompted to consider molecular behavior and air movement as concrete details. The Student Activity Page and Parent Plan provide explicit definitions and factual explanations (definitions of conduction, convection, radiation; Sun as primary energy source) that students are asked to apply in their written responses.

Students read assigned pages (pp. 8-10) that present definitions and facts about autotrophs, heterotrophs, decomposers, photosynthesis, and energy transfer. Students answer directed questions that require factual explanations (e.g., how primary producers get energy; why an energy pyramid is a pyramid). Students construct an "Ecosystem Energy Diagram" that must include the terms energy, producers, consumers, decomposers and must represent decreases in mass and directional flow, applying concrete details and examples visually.

Students are asked to take basic facts and organize them into topics and generalizations (Introducing the Lesson). Students must use specific facts and definitions (e.g., photosynthesis, carbohydrate, trophic level, biomass) and include important compounds (water, carbon dioxide, oxygen, energy/sunlight) when creating diagrams or arranging manipulatives (Things to Know; Activity options). Students are expected to analyze evidence to explain observations and develop relationships between evidence and explanation (Skills), and to label stages and trophic levels in their products.

Students read specified textbook pages and encounter explicit definitions and facts in the "Things to Know" section (e.g., definitions of carbohydrates, starch, cellulose, and chemical bonds). Students design an inquiry question, make predictions, run the potassium iodide test, and record observations in a table that includes an "Explanation" column. Parent-plan and skills notes instruct students to analyze evidence and make explanations connecting observations to energy-matter relationships and photosynthesis.

Students are asked to read specified pages and "pay attention to information about the cycling of water, nitrogen, and carbon," which directs them to extract relevant facts and definitions. Question prompts ask students to explain the Sun's role in cycles and the role of bacteria in the nitrogen cycle, requiring use of concrete details from the text. Activity 1 requires students to pull characteristics and processes from the readings and place unique and shared facts into a Venn diagram, organizing factual information about each cycle.

Students are asked to write the photosynthesis and cellular respiration equations on the Equations page and to answer 'Questions to Consider' that require explanatory responses about interdependence and energy cycling. In Option 2 students organize drawings (H2O, CO2, glucose, oxygen, consumers) and write answers to prompts about how photosynthesis and respiration are interdependent and why there is enough oxygen. The Scenario Response directs students to read a fictional excerpt and decide what they would do, requiring them to cite concerns using facts from the readings and definitions provided (e.g., cellular respiration, reservoirs, glucose).

Students are given explicit definitions and facts in the "Things to Know" and "Things to Review" sections (e.g., decomposition, detritus, decomposers, carbon store, and that carbon cycles). The lesson prompts students to answer guided questions with factual explanations (e.g., why decomposers are important, examples of decomposers, and how carbon is released during decomposition). Students collect concrete observational data in Activity 1 (daily observations, predictions, and results) and Activity 2 (a Decomposer Observations table), and they are asked to write a brief paragraph explaining their answers and a response to a hypothetical scenario.

Students are given explicit definitions (evaporation, condensation, sublimation, evapotranspiration) in the "Things to Know" section that they must use. Students answer focused questions that require using facts and concrete details (Explain ways water is released into the atmosphere; describe storage of water; explain condensation and its importance). Students perform the solar still activity and complete the "Questions to Consider" sheet, prompting them to explain processes, connect the Sun's energy to evaporation/condensation, and describe how the still models the water cycle.

Students are asked to list producers, primary/secondary/tertiary consumers and to find three organisms for each trophic level, which requires collecting concrete examples. Students must write out the equations for photosynthesis and respiration (including CO2, water, glucose, oxygen and energy) and show how energy is passed between organisms. The lesson provides definitions (food web, food chain, abiotic, direct/indirect relationships) and example food chains (grass → ant → spider → mouse; tree → caterpillar → mouse → owl) that students use as factual details when building their own web.

Students read background definitions (soil fertility, fertilizer, equilibrium, leaching, eutrophication) and are asked to answer explanatory questions such as why fertilizer is necessary and what happens when there is too much nitrogen. Students complete an interactive nitrogen-cycle activity and a worksheet that requires labeling stages (nitrogen fixation, ammonification, nitrification, denitrification) and naming molecules (N2, NH3, NO2-, NO3-). Students research fertilizers using provided links and complete the "Plant Food" activity by identifying which nutrients help plant parts, explaining what each nutrient does, calculating nutrient amounts from fertilizer labels, and defending fertilizer recommendations.

Students are asked to research two or more sustainable farming techniques and to use those findings to plan and justify features of a small farm, requiring them to gather facts and examples from recommended sources. Students must create a large labeled map that includes brief explanations for each crop/animal choice and their nutrient or care requirements. Students must also produce labeled explanations and diagrams of the water, carbon, and nitrogen cycles that describe how their farm incorporates each cycle, which requires concrete details and examples.

Students are instructed to "find sources of information to answer your research questions" and to "record information to answer your research questions," which requires gathering supporting material. The Independent Study Rubric asks whether students used a note-taking method and the Parent Plan specifies using at least four different types of resources, prompting students to gather varied information. The Point of View activity has students list perspectives and reasons for supporting or opposing the pipeline, which requires collecting concrete details from sources.

Students read explicit definitions of bias and propaganda in the "Things to Know" section and are asked to analyze two contrasting news articles about Sir Sam Hughes, recording how he is portrayed. Students identify types of bias and are instructed to "write down an example of it from the article," which requires them to locate concrete details and quotations. In the propaganda activities, students answer journal questions about specific techniques used in a U.S. leaflets article and identify techniques and intended audiences in advertisements, noting examples and explaining effectiveness.

Students are asked to generate a research plan and "gather relevant information about the major research question," as listed in the Skills section, and to "include evidence compiled through the formal research process (e.g., use of a card catalog, Reader's Guide..., magazines, newspapers, and dictionaries)." Students complete a KWM chart to record "What I Know," "What I Want to Know," and plan why the topic matters, and they use 'Just Right Questions' and the 'Focusing Your Topic' rubric to narrow and guide research. Activities prompt students to choose topics that lend themselves to finding information from various sources (print, video, Internet, interviews).

Students are asked to gather and record information using a gathering grid or note cards and to choose which method best fits their needs, with sample grid entries that include factual details from specific sources. The lesson requires students to use at least four different types of resources and to find at least three supporting details for each of three different stakeholders, prompting students to collect concrete details and examples. Students practice documenting sources and creating MLA Works Cited entries, including a task that asks them to record a quote from an online article and to format citations for books, articles, and interviews. Note-card guidelines emphasize recording relevant details, citing sources, and avoiding plagiarism.

Students are instructed to include "Evidence, evidence, and more evidence" in each body paragraph and to use facts, statistics, research, expert opinions, examples, and quotes to support topic sentences. The Student Activity Pages provide an Example Essay Outline that models specific facts and statistics (e.g., oil consumption figures, percent of reserves) and templates with labeled spaces for evidence under each supporting reason. Parent-plan skills explicitly tell students to "support the main idea or ideas of a paper with facts, details, examples, and explanations from multiple authoritative sources" and to use quotations to support ideas.

The Parent Plan explicitly tells students to "write research reports that ... support the main idea ... with facts, details, examples" and to "synthesize research into a written or an oral presentation ... and uses evidence to support conclusions". Student tasks for product types (brochure, poster, PowerPoint) ask students to "inform" readers, "explain the multiple points of view," and "explain your topic in an informative and persuasive manner." The presentation guidance instructs students to "add information to help your audience understand the visual aid" and to follow an outline that may mirror their essay, implying inclusion of supporting information.

Students answer focused reading questions that require selecting factual information (e.g., identifying the Minoans as Europe's first civilization, listing Minoan accomplishments, describing Mycenaean rule and metalwork). Students add timeline cards for specific dates and events (First Settlement of Greece, Beginning of the Bronze Age, The Minoans, Mycenaeans), requiring them to choose and place key facts on a chronological record. Students create a Mycenaean merchant's sign that must include information about at least two exported goods, which requires selecting and presenting factual details about trade items.

Students are asked to read informational pages and answer content questions that require summarizing facts (e.g., defining city-states, explaining Spartan differences, and describing outcomes of Persian invasions). The Athens vs. Sparta Venn diagram explicitly requires at least three details for each side and shared characteristics and suggests categories (government, responsibilities, role of women, culture), prompting students to use concrete details and definitions. Writing tasks such as the Marathon poster and the diary-entry comparison of Athenian direct democracy versus representative democracy require students to explain differences, give reasons, and include factual information to educate or persuade an audience.

Students are asked to write a monologue that names a god or goddess, includes concepts and symbols associated with that deity, and retells a story about them, which requires selecting and including specific facts and details. In the "A Kid's Day in Ancient Greece" activity students must fill a schedule and add at least one historically accurate detail for each activity (meals, education, recreation, work, waking/sleeping). In the "Famous Ancient Greeks" activity (Option 2) students must explain why a person was important to ancient Greece and why that person's ideas or contributions are important today, which requires using relevant information and examples from readings and web resources.

Students read specific pages (46-47) about Alexander the Great and answer directed factual questions (e.g., location of Macedonia, how Alexander became king, why Greek culture spread, why the period is called the Hellenistic Age). In Activity 1, students brainstorm why Alexander is considered "great," sketch a monument representing his achievements, and are prompted to explain why they incorporated each element of their design. In Activity 3, students add timeline cards with specific dates (Phillip II, Alexander's rule, Hellenistic Age) and place them on a timeline, reinforcing chronological facts.

Students read factual summaries ("Things to Know" and reading questions) about Rome's origins, government, the Punic Wars, and Caesar to gather content. In Activity 1 students fill a compare-and-contrast chart that asks them to record who founded Rome, how it got its name, and how likely each theory is, requiring use of archaeological evidence and narrative details. In Activity 2 students must produce a pros-and-cons list or a 3–5 minute persuasive speech that explicitly asks for background information, specific reasons, and consideration of what happened afterward, drawing on provided readings and linked reference sites. In Activity 3 students add dated timeline cards, requiring them to identify and record concrete chronological details.

Students read targeted texts and answer factual questions that require definitions and concrete details (e.g., questions asking what the Pax Romana was, what Romanization meant, and the uses of Roman roads). In Activity 2 (Comparing Emperors) students are asked to read about at least three emperors and record specific accomplishments, challenges, and qualities that made each a good leader, requiring selection and use of relevant facts and examples. In Activities 1, 3, and 4 students collect and place dated geographic and trade information (mapping empire boundaries, tracing shipping/road routes, listing imported goods, and adding timeline cards) as concrete evidence to develop topics about Rome's expansion and governance.

Students are instructed to read specified texts and mark important ideas, which requires identifying relevant information (Read page 53; print and read "Education in Ancient Rome"). In Activity 1 students must review readings and research two person-types and explicitly include details about housing, education, food, work, and an ordinary day when writing letters, creating illustrations, or scripting conversations. Activity 2 asks students to fill a chart about religions (key features, who practiced them, and government role) and Activity 3 requires students to record dates, origins, what a person was best known for, and why their contributions matter—all tasks that require facts and concrete details.

Students read multiple informational sources (Khan Academy and an article on the fall of Rome) and answer short-answer questions about causes and consequences, which requires citing facts (e.g., Christianity's tension with Roman polytheism, Constantine's founding of Constantinople). In Activity 2 students cut out a list of specific factors (e.g., high taxes, disease epidemics, Visigoths) and sort them into Internal or External categories, practicing use of concrete details to explain causes. In Activity 3 Option 2, students read three New Testament passages and analyze what message the author intended and how serious persecution appears to be, which asks students to interpret and use quoted passages as evidence.

Students are asked to produce several written products (a news article, a short essay researching how governments influenced the 21st century, and other writing assignments such as diary entries and advertisements) that require gathering and presenting historical information. The rubric requires that the Main Course be "well-written, using appropriate organization, correct grammar, and accurate spelling" and that project parts "present accurate information," which directs students to include factual content. The lesson instructs students to brainstorm, draft, and polish their Main Course writing, indicating practice in developing a written topic.

Students are given explicit definitions and facts in the "Things to Know" section (e.g., definitions of contact vs. noncontact forces, gravity, friction, normal force, tension, electromagnetism, strong and weak nuclear forces). Students cut, match, and paste force descriptions on the "Name That Force" and "Fundamental Forces" activity pages, using textual descriptions and diagrams to identify each force. In the Target Practice activity students create diagrams, label forces (applied force, normal force, friction, air resistance, gravity), and write short explanations about which forces affected the ball's motion.

Students read explicit definitions and facts about Newton's three laws (Things to Know) and are directed to use that reading to answer comprehension questions. Students create a "Newton's Laws" mini-book in which they match law numbers with descriptions and definitions and draw illustrations, reinforcing factual definitions and concrete examples. Students write short explanations applying the laws to experiments (Coin Challenge, Rubber Ball Ramp, Balloon Rocket) and record observations and graph data to support their explanations.

Students plot data from tables onto displacement-time and velocity-time graphs and calculate velocities for intervals, using numerical facts from the data to support answers. Students answer questions requiring explanations (e.g., whether velocity is constant or irregular, whether forces are balanced or unbalanced) and are prompted to use definitions such as acceleration, deceleration, and displacement. Students are asked to "create a story" that reflects an object's velocity and to label graph points with real-world events, which requires using concrete details from the graphs.

The lesson provides explicit definitions and facts (Things to Know: velocity is rate of change of position; acceleration is rate of change of velocity) that students must use. Students collect quantitative data, perform calculations (average velocity and average acceleration formulas are given), and use sample calculations and graphs as concrete examples. Students answer analysis prompts (e.g., "Did your object move at a constant velocity or an irregular velocity? How do you know?") that require citing data, calculations, and graphs to support explanations.

Students are prompted to write explanations in the Predict/Observe/Explain sections of the accelerometer activity, recording observations and relating them to Newton's first and second laws. The "What's Going On?" page asks students to explain cork and water movement using concepts like mass, inertia, and acceleration, encouraging use of definitions and concrete observations. The Bucket Swing activity asks students to describe forces from two frames of reference and to determine equilibrium, prompting students to use vocabulary and factual reasoning in their written responses.

Students read definitions (e.g., newton, joule, work, mechanical advantage) in the Things to Know section and use those facts to complete calculations. Students collect and record data in activity tables, calculate work (W = F x d), and are prompted to "explain the work" in their science notebook and answer analysis questions (e.g., compare force and work across trials, justify whether a ramp gives mechanical advantage). In pulley and ramp activities students must compare input/output work and mechanical advantage using measured values and answer reflective questions about why one system might be preferred.

Students are prompted to record and graph measured data in the "Analyzing the Data" sheet and to use those measurements to explain how changing ramp height affected the paths of the marble and ball bearing. Students are asked to identify forces acting on the marble and ball bearing and to use Newton's second law to explain changes in the ball bearing's path. In the Kepler's Laws activity students must list Kepler's three laws, draw an orbit illustration, and answer explanatory questions applying those laws to orbital speed and hypothetical changes to the Sun.

Students must use labeled definitions (Newton's three laws, gravity, acceleration, kinetic energy, friction, simple machines, applied force) when designing mini-golf holes and placing labels that explain the concepts. Students create comic strips with dedicated writing areas titled for Newton's First, Second, and Third Laws and are prompted to write stories that demonstrate those laws using concrete scenarios. Students must explain each mini-golf hole to their family and complete short-answer and matching test items that require supplying definitions, examples, and explanations (e.g., differences between mass and weight, speed and velocity; how force affects motion).

Students read informational passages about Greek gods and answer comprehension questions in complete sentences that require using specific facts (e.g., explanations for volcanoes, storms, seasonal changes). In Option 2 of the character-card activities, students write short descriptions of each god or goddess explaining what each rules over and important facts about them. The vocabulary activity has students match words with definitions and create vocabulary strips, reinforcing use of definitions and concrete word meanings.

Students brainstorm five uses for fire on the "Fire Web" and then write a descriptive paragraph titled "Life Without Fire," which asks them to explain what life would be like without fire using ideas from the brainstorm. The parent notes supply a list of concrete uses (warmth, cooking, pottery kilns, smoke signals, generating electricity, etc.) that students are expected to include or check for. Students also answer reading questions about myths that require citing examples from texts (for example, explaining how greed leads to consequences), which prompts use of textual details.

Students read pages 114-122 about Perseus and answer specific comprehension questions that require recalling key facts (why Acrisius locked his daughter, the king's request to kill Medusa, Pegasus springing from Medusa's neck, the myth of the Red Sea). Students complete a "Conventions of a Myth: Perseus" activity page in which they identify concrete story elements (a hero, gods/goddesses, a monster, a problem, helpers, a maiden) using details from the text. The Parent Plan and answer key present specific facts and examples (names of gods, items given to Perseus, the sequence of events) that students can use as textual evidence when discussing or comparing myths.

Students are asked to identify at least three similarities and three differences between Heracles and a modern superhero using a Venn diagram, which requires selecting specific examples. Students complete a comparison chart (Activity 3) that asks them to record details such as theme, method of flight, setting, and role of invention for the traditional Daedalus and Icarus myth and a contemporary retelling. The lesson's Skills section explicitly states students should "synthesize and make logical connections... and support those findings with textual evidence," and students answer directed comprehension questions in complete sentences that draw on factual elements of the myths.

Students are asked to summarize/retell the Trojan War using cut-out characters and props, selecting the most important events to include. The instructions explicitly allow students to quote from the book at different points and suggest starting and ending pages for the summary, guiding the content to include main ideas and significant details. The skills list states students will "deliver oral summaries... that include the main ideas of the event or article and the most significant details" and to "use own words in oral summaries, except for material quoted from sources."

Students identify and list myth conventions on the "Conventions of a Myth" pages and then develop an original retelling that must reflect those conventions and the culture of the setting. Students complete factual recall and definition activities (matching gods and goddesses, root-word and vocabulary matching, and myth synopses) and must use vocabulary words correctly in sentences. Students are required to develop characters, setting, and imagery in a 400–500 word draft and to revise for precise word choice and coherence using a rubric that explicitly asks for cultural insight and logical organization.

Students read the "Things to Know" section and pages 1-14 of the assigned book, which provide definitions and facts about the Middle Ages and feudalism. In Activity 3 Option 1, students complete a pyramid organizer that asks them to identify social groups and describe the services, property, and flows of resources exchanged among kings, lords, vassals/knights, and peasants/serfs. In Activity 3 Option 2, students write at least one paragraph per chosen person (diary entry or letter) explaining relationships, power differences, chains of obligation, and concrete connections within the feudal system. Activities 1 and 2 (timeline and map) require students to place dated events and locate/label peoples and migrations, supplying chronological and geographical details as examples.

Students read a focused chapter (pages 15–23) about medieval monarchs and answer factual questions (e.g., reasons for arranged royal marriages, importance of sons, role of the jester). In Activity 2 Option 1 students complete a two-column table comparing specific facts about royal power before and after the Magna Carta (who held power, who made laws, recourse, whether the king obeyed laws). In Activity 2 Option 2 students extract the full text of the Magna Carta, generate a word cloud, and answer analytic questions about which groups and ideas the document emphasizes, requiring them to use concrete text-based evidence.

Students are asked to write a diary entry (Option 2) that must include specific factual details: when they became a page, duties, training experiences, expected duties as a squire, and hopes/fears—prompting use of concrete details from the reading (pages 24–28). In Activity 2 (Planning a Siege, Option 1) students must review descriptions of weapons (pages 28–30, 42–45), choose appropriate siege weapons, arrange them on a diagram, and write a well-organized paragraph explaining the details of their attack and anticipated defenses. The guided questions (Questions 1 and 3) require factual answers (e.g., why stirrups mattered; why castles were hard to attack), and the castle-defense game requires matching specific defenses to particular attacks, reinforcing use of relevant examples and details.

Students read pages 49-64 about medieval castles and answer specific factual questions (e.g., why castles were built on hills, differences in bedchambers, reasons kitchens were separate), which requires them to use concrete details from the text. In Option 1 students design a detailed castle floor plan and are asked to place geographic features, keeps, kitchens, great halls, bedchambers, garderobes, stables, forges, garrisons, and defensive elements—explicitly requiring incorporation of factual and concrete details. In Option 2 students design a tapestry that must reflect an important aspect of medieval culture, prompting them to select and represent relevant information about social classes, warfare, or historical scenes.

Students write detailed "Help Wanted" ads for a journeyman and an apprentice, specifying the work performed, training requirements, wages, duration of apprenticeship, and benefits. Students complete the Personal Hygiene comparison table, describing modern and medieval practices with specific tools, methods, and concrete details. Students run the plague simulation, record numeric outcomes, and answer reflective questions analyzing how losses of particular roles would affect labor, defense, and community functions.

Students are asked to identify groups (Heretics, Jews, Cathars, Pagans, accused witches), define who they were, explain why they were considered dangerous, and describe consequences in the "Dissent and the Church" activity, which requires use of relevant facts and definitions. The "Crusades" student page asks students to write from two historical perspectives, prompting them to explain motivations and reactions using concrete details from the reading. The Reconquista cube tasks require students to list motivations, create a timeline of key dates, and summarize the Reconquista in a phrase, all activities that ask students to select and use factual details and examples. The Medieval Pilgrimage and Joan of Arc activities ask students to explain benefits for different groups and to compare Joan's life to typical roles for women, requiring students to develop topics with supporting details.

Students read pages 105-114 about monks and monasteries and answer content questions that require factual responses (e.g., describing the Divine Office, the role of monasteries, and Gothic architecture). In Activity 1 students are instructed to "use the descriptions in the reading" to write a two-paragraph diary entry portraying a novice or oblate, and the question set asks them to describe specific functions and practices of monastic life.

Students answer a question asking what "Renaissance" means and why that name was given, demonstrating use of a definition and factual explanation. In Activity 1 students list at least two toys/games, books, movies, or other items and briefly explain each item's medieval influence, providing concrete examples and connections. In Activity 2 students survey people, list important events/discoveries/ideas, identify the most significant items, supply descriptive adjectives, and explain the name they would give the current era, which asks them to develop a topic with supporting examples and reasoning.

Students are instructed to write 2–3 paragraph scripts for three historical interpreters that must include a day in the life, where the character fits in medieval society, and important events (for example the Crusades or the plague). Students who choose the map/model option must label and verbally explain map features (homes, fields, church, castle, marketplace, tradesmen's shops) and explicitly explain feudalism, the guild system, daily life, and defense. Unit test short-answer items ask students to define feudalism and explain processes (becoming a master craftsman or a monk), and the rubrics assess inclusion of historical facts, occupations, religion, and clear explanations.

Students read targeted informational texts and answer specific content questions (e.g., "What is light?"; "How does reflection occur?"; "How fast does light travel?"), which requires them to identify and use factual definitions. The lesson provides explicit definitions and facts in the "Things to Know" and "Things to Review" sections and asks students to make observations and analyze how incidence and reflection angles relate, prompting use of concrete details. Students also complete a "Life Application" task to list man-made luminous objects, requiring them to generate examples tied to the topic.

Students read definitions of transparent, translucent, opaque, umbra, and penumbra in the "Things to Know" and assigned readings and answer comprehension questions that require use of those definitions. Students perform hands-on observations in Activity 1 (categorizing 10–15 household items) and record concrete examples of materials and their light-transmission properties. In Activity 3 (Shadow Art), students must use their experiment drawings and include the specific object and time/type of light when creating a story or labeled artwork, requiring inclusion of concrete observational details.

Students read defined terms (refraction, lens, concave, convex) in the Light and the Eye reading and answer direct comprehension questions about those definitions and differences. Students carry out hands-on activities (Lens Bend Demonstration, Reappearing/Disappearing Penny, Camera Obscura) that require them to record observations, describe focal point changes, and explain causes. Students complete the "Shhh! Here's How It's Done" sheet and other prompts that ask for written explanations and diagrams to show why the magic tricks or devices work, using concrete examples from their experiments.

Students read definitional "Things to Know" sections and KidsHealth pages that give facts about the cornea, iris, pupil, lens, retina, rods and cones, and the optic nerve. Students label or draw diagrams with terms such as lens, optic nerve, cornea, iris, pupil, retina, and rods and cones and list which parts are visible or hidden in the model. Students watch videos and explain how the lens produces an upside-down image on the retina and answer focused questions (e.g., how the iris adjusts the pupil, which cells detect color).

Students read an informational article and answer focused questions about differences in animals' vision (e.g., cats vs. humans, birds of prey distance vision). The lesson provides explicit definitions (predator, prey, binocular vision) in "Things to Know." In Activity 2 (Option 2) students categorize animals, choose categories, and are asked to "choose one animal and describe why it fits into the category" and "How does this type of eyes help this animal in nature?" The Binocular Vision experiments ask students to record data and discuss observations about distance perception and depth judgment.

Students are asked to read informational text and answer content questions (e.g., defining the visible spectrum and explaining why rocks appear colored). Multiple activities require students to write observations and conclusions—students draw spectra, describe what appears in experiments, and answer "why" questions (e.g., why the sky is blue). The lesson provides explicit facts and definitions in 'Things to Know' and in answer keys that students can use when explaining observations.

Students are prompted to "explain the science that makes the tool work" in the Tool Background section and to state the "science principles about light and vision that make the tool work" on the activity page. Students must list Materials, write an explicit multi-step Procedure, record Observations, and note Adjustments, providing concrete details about construction and outcomes. Activity 3 asks students to answer how their tool changes human vision in terms of direction, color, and function and to share an explanation, requiring use of relevant facts and examples.

Students are asked in Activity 1 to examine a map of a 1255 English manor and record observations in labeled categories (Jobs, Clothing, Homes, Inventions & Technological Advancements, Military Defense, Comparisons to Neighborhoods Today), prompting them to note concrete details and examples. In Activity 2 students must write 3–4 sentence commentaries about feudalism from the perspectives of a knight, a lord, and a peasant, using the background description of feudal relationships and the map evidence to develop each perspective. The answer key and background text provide factual information (e.g., roles, types of homes, inventions, social relationships) that students are expected to incorporate into their written responses.

Students are asked to act as a Line Locator by finding three to five lines or short passages, recording page and paragraph numbers, and explaining in their journals why those passages are examples of good writing or important to the story. Students are instructed to read the passages aloud and justify their selections, which requires citing specific text passages (quotations/excerpts) and giving reasons. In the Venn diagram activity students compare a personal memorable event to Alyce's experience, listing two similarities and three unique aspects, which requires identifying concrete similarities and differences.

Students are asked in Activity 2 (Livestock and Economics) to draw three medieval domesticated animals and write examples of how each animal influenced peasants' economics, including what they provided, how peasants depended on them for income, and what could happen if the animal or serf died. The lesson directs students to read monologues from Good Masters! Sweet Ladies!! that "highlight the important role domesticated animals," providing source material they can use as concrete examples or quotations. Activity 1 (Sentence Elaboration) gives students practice adding descriptive details, clauses, and phrases to make sentences more informative and concrete.

Students are assigned the role of a "Connector" and told to record connections between the book, their life, and the outside world in a journal, which asks them to support connections with examples. On the "Relationships" page students must describe Alyce's relationships at the beginning and end of the book and are instructed to "Provide details from the book to support your answers." The student activity for homophones includes a paragraph with quoted internal dialogue and requires students to correct word usage, exposing them to using and recognizing quotations and textual details.

Students are asked to read monologues and fill out a chart that requires summarizing each character's monologue in 1–2 sentences, providing one example of effective descriptive language, and describing a relationship or encounter with another character. The student activity pages list character names and prompt students to write short descriptions, summaries of action/role (several items ask for 5–15 sentences in some pages), and examples of descriptive language or relationships. The provided answer key models concrete factual details about characters (e.g., Hugo is the lord's nephew; Alice cares for sheep; Otho is the miller's son) that students can use when summarizing and citing descriptive language.

Students write 3–5 short sentences describing an outdoor item, then examine it more closely and add details such as textures, smells, and colors to elaborate their description (Activity 1). Students are asked to revise sentences for elaboration and sentence variety, and to read the description aloud for others to infer the item, practicing use of concrete sensory details. In Activity 2 students read explicit definitions (first-, second-, third-person; limited/omniscient; objective/subjective) and then locate and classify examples from books, using those definitions as information and examples.

Students are asked to reread characters' monologues and base their expanded sentences on those texts, connecting their writing to source material. The "Painting Sentences" activities prompt students to add concrete details by answering How, When, and Where and to ‘‘paint'' words (e.g., turning "morning" into "bright new morning"). The worksheet guides students to refine wording, check punctuation, and produce final polished descriptive sentences tied to the book.

Students are asked to summarize "three important changes" in the "European Transformations" square and to research and describe "Dress Code" clothing styles, which require using factual information and concrete details. The "Castle Blueprint" task asks students to label important features and their purposes, prompting use of specific details and explanations. The unit test Part V essay prompts require students to write a brief overview of feudalism and describe how a peasant lived and survived, tasks that ask for factual development and examples. The "Book" review prompt asks students to discuss themes and historical accuracy, which asks for evidence and examples from texts.

Students read a focused text and answer questions that ask them to explain causes (e.g., how religion and monarchal competition inspired exploration) and describe specific historical actions (e.g., Prince Henry's school). In Activity 2, students write 1–2 sentence rationales for each motivation (Option 1), prepare indexed note cards with reasons and organize them into a speech (Option 2), or complete a graphic organizer drawing and annotating connections among motivations (Option 3). Students also add dated events to a timeline and label voyages and cities on a map, linking factual details to their written or spoken work.

Students read specific pages about the Inca, Aztec, and Cahokia and answer comprehension questions that require factual responses (e.g., reasons Cahokia declined, how corn spread, limits without horses). In Activity 1 students add timeline cards and map locations (Machu Picchu, Tenochtitlán, Cahokia), reinforcing concrete historical facts and dates. In Option 1 students must fill a comparison chart or Venn diagrams using readings to record government, religion, economy, art, and other factual details; in Option 2 students take organized notes on the Cahokia film across topics like agriculture, trade, mounds, and beliefs.

Students are asked to write a diary entry that must include at least three reasons they might have joined the voyage and at least three reasons sailors might have been discontent, requiring them to develop the topic with concrete reasons and details drawn from the reading. The Explorer Trading Cards require students to fill in "what he was looking for," "what he found," and "relationships with native people," prompting students to supply relevant facts and examples. The "Spanish Conquest" activity asks students to record factors explaining Spanish success and mark which factors they judge most significant, directing students to gather and use concrete evidence from pages 26–29.

Students answer focused reading questions that require citing concrete examples (e.g., foods, animals, and economic effects) from the assigned pages. In Activity 1 students draw arrows and list specific items exchanged across the Atlantic (foods, diseases, animals, wealth), using concrete details from the Connected World key. In Activity 2 students are instructed to write three arguments for each side and to provide supporting facts for each argument, and in Day 2 they write short opening and closing statements. In Activity 4 Option 1 students use population and mortality estimates to calculate numerical death totals, practicing use of quantitative facts.

Students read focused chapters on Copernicus and the Scientific Revolution and answer content questions that require factual recall (e.g., Copernicus's discoveries, Bacon's scientific method). In Activity 3 students must gather biographical facts and important findings to create a 2–3 minute first-person introduction or a scrapbook with three key events and written explanations. In Activities 1, 2, and 4 students place figures on a timeline, list characteristics and causal factors when comparing medieval and modern thinking, and draw diagrams contrasting geocentric and heliocentric models, all tasks that require selecting and using concrete details and examples.

Students read chapters that include bolded definitions and are asked to answer factual questions (e.g., defining inertia; describing Galileo's findings about falling objects and parabolic motion). Students add dated events to a timeline (Galileo, Bruno, trial) and carry out Galileo's falling-body experiment to gather concrete observational details. In Activity 3 Option 2, students read primary-source documents (letters, scriptural references, recantation) and answer questions about Kepler's view, Galileo's letter, and relevant scripture; in Option 1, students conduct Internet/library research and interview people before writing a 200-word letter presenting at least two arguments.

Students read targeted chapters about Newton and answer comprehension questions that ask them to explain ideas (e.g., questions about Descartes' influence, Newton's work in 1666, and how Enlightenment thinkers linked scientific ideas to human activity). Students complete activity pages for the telescope, microscope, barometer, and thermometer that require them to describe what each device does, sketch observations, and explain why the invention is important and what discoveries it enabled. Students add items to a historical timeline and choose one voyage and one scientific idea or invention for a final project in which they must study and present why those choices were important.

Students are asked to write a 5- to 6-paragraph essay (Option 2) and are given explicit tips to prepare, outline, and include specific examples and evidence when answering prompts. The final project requires students to collect biographical facts, map an explorer's route, demonstrate a scientist's idea, and explain the historical significance of both, and a rubric includes "evidence of careful planning and research" and criteria for biographical information and explanation of significance. The biography planning pages provide structured spaces for students to record facts, dates, major voyages/discoveries, and why the subject is important.

Students read specified pages and answer questions that require identifying a direct quotation (who "invented the solar system") and explaining its meaning, showing practice with using and interpreting quotations. The lesson provides explicit definitions in "Things to Know" (light year, orbit, planet) that students are asked to review. In the activities, students sort 13 planets by characteristics (size, density, composition) and in Option 2 they fill in prompts (size, made of?, dense?, surrounded by objects?) requiring use of concrete details and facts to categorize planets.

Students read specific factual information about the Sun (e.g., composition: 74% hydrogen, 25% helium, 1% heavy elements; surface temperature: 10,000°F/5500°C) and review definitions (photosphere, sunspots, solar flares, solar prominences) in the Things to Know and Reading sections. In the Sunspot Cycles activity students plot yearly sunspot data from 1950–2023, label maxima and minima, compute lengths of time between maxima, and use those calculations to answer explanatory questions. The Analyzing Sunspot Data page directs students to explain what a sunspot cycle is, discuss whether the graph indicates regular intervals, and interpret average cycle length using their data and calculations.

Students are prompted to record specific, relevant facts and concrete details about Earth in the "Planetary Passport" (diameter, density, distance from the Sun, orbital and rotational periods, temperatures, moons, rings, color, unique features). Students create "From Earth to Eris" question-and-answer cards and answer content questions from assigned readings (e.g., water in three phases on Earth, axial tilt of 23.5°), showing use of definitions and factual details. Students also produce a slideshow/animation/physical model and fill in a "Modeling the Seasons" activity that require them to represent and apply factual information (tilt, 24-hour rotation, orbit, seasonal positions) to explain phenomena.

Students read informational texts and the "Things to Know" section that provide definitions (e.g., satellite, geostationary, topographic map, spectral analysis, reflectance curves) and factual descriptions of satellite and telescope uses. Students answer specific comprehension questions that require recalling and reporting facts (e.g., uses of satellites, difference between geostationary and polar orbits, what colors on a topographic map represent). In the Activity and Wrap Up, students create a topographic map, consider spectral-analysis details for materials (matching colors to elements/reflectance), and are asked to explain how satellites make topographic maps.

Students read targeted pages and web articles that provide factual information about how the Moon formed, what creates meteorites, and how tides work. The lesson provides explicit definitions (meteoroid, meteor, meteorite, moon, tidal bulge) that students are expected to use. In Activity 2 and the slideshow/animation/model options, students must show and explain the tidal bulges, how the Moon orbits the Earth, and why there are two high tides per day, and in Activity 1 they observe and record Moon phases and match real images from the Moon Phase Calendar.

Students read specified pages and answer explanatory questions (e.g., why Mercury is very hot and cold, why Venus was called Earth's twin), which requires them to state factual explanations. Students fill in the Planetary Passport table with concrete data fields (diameter, density, distance from the Sun, orbital/rotational periods, temperatures, moons, unique features) and shade similarities with Earth. Students create and answer cards for the From Earth to Eris board game, writing specific facts such as orbital and rotational periods and whether a planet's diameter or density is larger or smaller than Earth's.

Students are asked to fill the "Planetary Passport" table with specific factual fields (diameter, distance from the Sun, hours in a day, orbital period, moons, temperatures, rings, interesting facts, appearance/color), which requires locating and recording relevant, concrete details. In the Vacation Poster and Short Story options, students must "include information from the book about things being heavier/lighter, the composition of the atmosphere, and geographic features," prompting them to incorporate facts and descriptive details into their products. The "From Earth to Eris" board game cards ask students to answer targeted factual questions (diameter, density, orbital and rotational periods), which requires extracting and using well-chosen facts about each planet.

Students are prompted to read specific pages about dwarf planets and are given a clear definition: "A dwarf planet is one of a new class of small planets...". Students complete the Planetary Passport, recording concrete details such as diameter, distance from the Sun, discoverer, rotation period, orbital period, moons, rings, temperature, and apparent color. Students create and answer card questions on the From Earth to Eris Board Game (e.g., diameter, density, orbital period, rotational period), which requires collecting factual information and examples about each dwarf planet.

Students are prompted to write a short report on a space technology (Activity 2) and to complete guided worksheets that ask for specific facts: year inducted, innovators, technologies/skills gained from the space program, how the device improved previous technologies, the four main parts, and numbers helped. In Activity 1 students record materials and an 8-step procedure for a spacecraft model and evaluate whether it succeeded, supplying concrete details and a photo. Reading questions also require factual recall about milestones (e.g., Apollo 11 date, first reusable spacecraft, Cassini-Huygens orbit).

Students are asked to write a "Written Plan for a New Solar System Model" that includes lined space for an overall description and comparison charts to list advantages and disadvantages of the Grocery Bag and Stand models. Multiple pages prompt students to answer specific questions such as "How will this model show the relative sizes of planets and objects?", "How will this model show the relative distances between objects?", and "How will this model show orbits?", including instructions to illustrate distances in feet and inches. Students make index cards noting how far items should be from one another in the Grocery Bag activity and use a rubric that explicitly requires describing relative sizes, distances, and orbits.

Students are asked to define each persuasion technique and to fill a grid with a Description, Example, and Real World Example for each technique, which requires writing definitions and supplying supporting examples. Students collect advertisements and paste them as concrete examples and are asked to write their own ads and role-play as the creator, practicing use of examples and illustrative language. Students also answer comprehension questions about the author's biography, citing factual information from the reading.

Students answer guided reading questions in complete sentences that require using concrete details from Chapters I–VI (for example, explaining why the little prince wants the sheep to eat baobabs and what the narrator's drawing represents). Students analyze two quoted sentences containing parentheses and write in their journals why the author uses parentheses, directly engaging with quotations and sentence-level evidence. Students complete a Venn diagram by extracting the narrator's descriptions of what children and adults ask about a friend and add their own example questions, organizing examples and details from the text.

Students are asked to complete the "Planet Problem" worksheet, where they describe a planet, list what else is on the planet, identify problems faced by the inhabitant, and brainstorm solutions—tasks that require concrete details and examples. The letter templates prompt students to state what they have heard about the planet, name the serious problem, propose a solution, and explain how it will solve the problem, which asks for explanatory support. The parent notes for the "Two Views" option explicitly direct the adult-perspective letter to include facts and figures and the child-perspective to include personality characteristics, giving an explicit expectation to use factual/definitional material and concrete detail.

Students answer text-dependent comprehension questions about Chapters XXI-XXV and are prompted to paraphrase major ideas and supporting evidence (Parent Plan skills). Students encounter and are asked to interpret direct quotations from the text (for example, "Anything essential is invisible to the eyes.") and the answer key points students back to specific lines in chapters. Students write original sentences in Part III using italics for emphasis, which has them compose sentences that change meaning through chosen wording.

Students are asked to answer text-based questions in complete sentences (e.g., how the little prince gives the narrator a gift of the stars and how he intends to get home), requiring them to extract concrete story details. In Activity 2, students must create a poem or drawing with an artist's description 'explaining what happened' and describing the little prince's departure and feelings about the fox, which asks for narrative explanation and supporting details. The Student Activity Page explicitly asks students to 'List two ways the narrator says he knows the little prince made it home,' prompting students to cite specific pieces of evidence from the text. The wrap-up asks students to 'explain why you agree with the narrator that the little prince made it home or why you do not,' requiring students to give reasons and justifications.

Students practice inserting bracketed definitions and clarifications into original Shakespeare quotations in the "Brackets" activity pages, including an example and multiple exercises where they add explanatory words inside quotes. Students are asked to restate confusing lines in modern English and to define Early Modern English terms (e.g., "thou"/"thy" = "you"), which requires using definitions and concrete paraphrase. Students research and explain the use of "[sic]" and consider why it is italicized, which engages them in explaining a term and providing contextual examples.

The lesson asks students to write a casting description or create a character collage that requires listing 3–5 adjectives, character challenges, what the character wants to persuade others to do, and other concrete traits from the Student Activity Page. The Reading and Questions require students to answer factual comprehension questions in complete sentences (e.g., listing Theseus's choices, naming main couples, and listing Robin Goodfellow's mischief). The lesson's Skills statement explicitly states students will "write expository compositions using description, explanation, comparison and contrast, problem and solution," indicating an expectation of explanatory writing.

Students read scenes from A Midsummer Night's Dream and answer comprehension questions in complete sentences, practicing selection of plot details as evidence. Students are asked to read a PDF of Shakespearean expressions and then write a poem or short story using at least four of those phrases, requiring them to incorporate direct quotations from the source into their writing.

Students are asked to write a short paragraph about a selected scene that explains what the passage says about the idea of love or friendship (Option 1) or that summarizes what happens and how the passage deals with persuasion (Option 2). Students must answer comprehension questions in complete sentences that recount events and character changes, requiring summarizing and explanation. Students are instructed to copy the scene into a document and make notes and to pay attention to stage directions and voice, which gives them access to the original text and details they could use in their writing.

Students are asked to write three interview questions and then locate and include direct quotations from the Romeo and Juliet text to answer those questions, using correct quotation marks and ellipses. Students are asked to create a persuasive message that must incorporate 2–3 vocabulary words whose definitions are provided, requiring use of defined terms as supporting language. Students answer guided comprehension questions in complete sentences that refer to plot events and causal details (for example, why Romeo kills Tybalt or what Friar John's quarantine causes).

Students are asked to record and use evidence and important quotes on the "Play Cupid" and "Strongest of All" note pages, which include sections for thesis, problem, solution, evidence, and important quotes. The OUTLINING page directs students to use observations, examples, quotations, and personal experiences as evidence and to list 2–3 good points of evidence for each reason. The writing instructions on Day 2 require students to "Include quotes from your couple" and "Provide persuasive evidence of their love," and the Classics Rubric specifically evaluates Ideas and Support for strength and evidence.

Students read focused pages about the Reformation and answer factual reading questions (e.g., why Henry VIII formed the Church of England, what indulgences were, and Luther's view of salvation), requiring use of relevant facts. In Activity 2 (Option 1) students write Martin Luther's objections to specific Catholic practices, directly developing the topic with concrete details and definitions from pages 10–11. In Activity 4 students research Martin Luther and compose a biographical poem using factual information (origins, beliefs, concerns, and impact), and Activity 3 asks students to generate concrete examples of how religious differences affected home, work, and children.

Students answer specific reading questions that require factual responses about Elizabeth's education and the Renaissance (e.g., Q1–Q4 ask for subjects learned, differences in education, and connections between ancient ideas and Renaissance study). In Activity 4 (Renaissance Gallery) students must list the artist and title for each work and write a 2–3 sentence gallery description explaining why they chose the works and what connections they see. In the Digital Art Field Trip pages students record title, artist, year, website, and write why each work is interesting and why they included it, requiring use of concrete details and examples.

Students read assigned chapters about Elizabeth I and Mary Tudor and answer four comprehension questions that require factual responses (e.g., Protestants burned at the stake; Mary called "Bloody Mary"; reasons people questioned Elizabeth's right to rule; how Elizabeth used symbols to manage her image). Students plan a coronation gift and are instructed to "write a bit about its meaning" using a provided list of symbolic meanings (pearls = purity, rosemary = remembrance, purple = royalty), which asks them to use concrete details from the reading to explain significance. Students complete short written tasks (question answers, gift explanation) that ask for facts and examples drawn from the text.

Students read targeted chapters and answer specific questions that require factual explanations (e.g., why Catholics might take over Scotland, definition and effect of the Act of Uniformity, Puritan beliefs, and the 1570 papal bull). Students add timeline cards with names and dates of Reformation figures (Erasmus, Calvin, Tyndale, Act of Uniformity), which requires selecting and recording concrete historical details. Students create a color-coded religious map of Elizabethan Europe using reading-based facts to classify countries as Catholic, Protestant, or divided.

Students answer focused comprehension questions that require factual responses (e.g., how literacy changed lives, why Elizabeth I persecuted Catholics, what privateers did, and the Triangular Trade). Students map the Triangular Trade or trace Drake/Hawkins voyages, labeling routes and goods, which requires identifying and placing concrete details and examples. Students write a short proposal to the queen that must include specific facts about Spanish/Portuguese wealth, colonial advantages, and reasons for royal support, and they produce diary entries or lists that ask for reasons and concrete historical details.

Students read a focused chapter about the Spanish Armada and answer comprehension questions that require specific factual details (e.g., how people were alerted by signal fires, pros and cons of being a sailor, and how the English defeated the Armada). Students add a timeline card noting the Defeat of the Spanish Armada (a concrete detail anchoring the topic). Students rehearse and perform Elizabeth I's speech, selecting powerful lines and working directly with quotations, and they play a simulation game that has them track tactical changes and weather effects on outcomes.

Students read a focused chapter about the end of Elizabeth I's life and answer factual comprehension questions (e.g., economic problems of the 1590s, who succeeded Elizabeth). In Option 1 students select three important accomplishments and write short summary statements about her leadership, requiring them to choose and record relevant facts. In Option 2 students list four adjectives describing Elizabeth and explicitly identify a concrete example from her life for each adjective, then prepare to defend how each example illustrates the trait.

Students are asked to gather and organize specific factual information in Activity 1 by completing a Medieval vs. Modern chart using facts from assigned readings and from provided idea boxes (Option 2) that list concrete details about science, culture, religion, and geography. In Activity 2, students are asked to record connections between historical themes and Elizabeth I and to write explanatory notes on the lines (for example, "Spanish wealth increased, making Spain a more powerful rival"), which requires them to state causes, effects, and specific information. The lesson's Things to Know and the provided answer key supply well-chosen facts that students are expected to place, explain, and use as evidence in their charts and connection lines.

Students are asked to write 1–2 sentence summaries for three historical events and one sentence linking each event to Elizabeth I in the Historical Events mini-book. In the Timeline mini-book students record 7–10 dates with a brief description for each date (including birth, coronation, death). The Family Album and Art & Culture mini-books ask students to write 2–3 details about family members and to define the Renaissance and describe Elizabethan music, literature, and art. The lapbook rubric includes a criterion that individual mini-books provide accurate and interesting information.

Students read explicit definitions for artifact, hardware, methodology, technique, system of production, and social-technical system in the "Things to Know" and Getting Started sections. Students sort a provided list of concrete examples (camera, lithium battery, car assembly plant, electronic mail, etc.) into four categories in Activity 1 and are prompted (in the Parent Plan) to give a rationale for items placed in different groups. Student activity pages present labeled illustrations and a keyed answer table that connect definitions to multiple concrete examples.

Students read specified pages of a nonfiction book about Leonardo da Vinci and answer directed comprehension questions that require citing factors, types of work, and limitations on his designs. Students complete a categorical chart ("Technology Through the Centuries") using listed inventions and the four technology categories, and they use provided definitions of perspective and proportion in Activity 2 to create drawings that represent proportional detail. Students are prompted to compare and contrast technologies across centuries and to explain trends and impacts using concrete examples from the chart and readings.

Students are asked to write a paragraph about an inventor and when the technological design was invented or discovered (Part 1), which requires including factual information. Students must include three images showing the original device, an improved design, and a 21st-century version (Part 2), which prompts concrete historical examples. In Part 3 students may write a paragraph about the device's rationale, the tests and trials associated with its development, or the patents it has, and the provided answer key lists specific historical facts for each device. The "Things to Know" section gives definitions (benefit, meaningful, harmful) that students can use to develop explanations.

Students are instructed to research two chosen technologies using specified trustworthy online sources and to answer guided questions about whether the design solved a societal problem, why it became important, and whether it is a necessity or a luxury. The lesson prompts students to 'back up her claim with evidence' and gives explicit evaluative criteria (e.g., improved survival, reduced mortality, improved nutrition, saved time). Activity pages require students to categorize each item by type and write explanatory responses that connect facts and examples to their judgment.

Students are asked in Option 2 to "draw a diagram with a brief but thorough set of directions for the procedure" and to "make notes of what you are doing," which requires producing explanatory steps and concrete procedural detail. The Things to Know section provides explicit definitions (proportion, scale, linear perspective, innovation) that students can use to develop explanations. In Option 3 students must "collect the information" with a self-built anemometer and "advise the festival coordinators" whether wind speeds are safe, requiring them to report measurements and a recommendation based on evidence.

Students are given explicit definitions (Things to Know) for terms such as scientific principle, risk, benefit, design constraint, and testing protocol that they can use when developing explanations. Students are asked to read specific pages and "use the information in the book to provide evidence for your rating," and Student Activity Pages include a shaded "Evidence" column where students must record facts and details. The provided rubric and parent plan explicitly require students to support evaluations with evidence and to explain reasons for their ratings or changes after building a device.

Students choose a contemporary device (hand-held vacuum, television, or computer), consult provided websites, and complete evaluation pages that ask for Scientific Principles, Risks, Benefits, Constraints/Limitations, and Testing Protocols. The lesson directs students to "Research the need or problem using the Internet, library, interviews, etc." and provides spaces labeled "Rating" and "Evidence" for students to record facts and justifications. The lesson also tells students to "Review the definitions of the following terms: scientific principle, risk, benefit, design constraint, and testing protocol," prompting use of definitions in their responses.

Students record test results, reasons, and modification recommendations in the Student Activity Page table (Trial Results, Reason, Modification Recommendations). Students test and evaluate each solution and are instructed to use the table to record test results (Step 6). Students prepare notes and an engineering presentation that includes a discussion of how solutions meet the project needs and the societal impact and trade-offs of the solutions (Step 7). The lesson also provides explicit definitions for engineering and manufacturing in the "Things to Know" section.

Students are asked to research earthquakes by watching linked videos and considering how a model explains the science, which requires gathering informational resources. Students define the aim of their model, design and build it using specified materials, and then test it, recording the number of trials and observed outcomes (brick moves, sticks, or tips). Students are prompted to modify the model and explain how they achieved a working model, and to "publish the results" by completing activity pages and discussing findings with a parent.

Students are asked to research the problem using specified websites and to "jot down possible solutions" and use information from those sites to fill out an evaluation chart that includes an "Evidence" column. Students must give a brief history of the type of bridge they choose and include that history and website sources in an engineering presentation. The unit test and activity pages ask students to define categories and provide examples, and to evaluate a historical device (camera obscura) using criteria such as scientific principles, risks, benefits, constraints, and testing protocols.

Students are instructed to take notes on important information and unfamiliar words with page numbers and to answer content questions in complete sentences, including paraphrasing Newton's Inverse Square Law. Students complete the "Graphics and Summaries" page where they identify the title, topic sentence, what the graphic shows, the details included, and the main idea, and then give a 2-minute oral summary of the page. Students write ordered procedural steps for drawing an ellipse and must have a parent follow only their written or oral directions, requiring use of concrete, well-chosen procedural details. The Skills list explicitly requires students to "summarize and determine the importance of information" and to "deliver oral summaries ... include the main ideas ... and the most significant details."

Students are asked to read specified pages, take notes, and answer content questions in complete sentences about Newton, Kepler, Hooke, and spectroscopy, which requires them to identify and state relevant facts. The Skills section lists "Summarize and determine the importance of information," and "Review the definition of corpuscules" provides an explicit definition students must learn and use. Question #4 asks students to explain how spectroscopy determines elements, prompting use of concrete scientific details from the text.

Students are asked to read pages 172–183 and take notes (including page numbers and unfamiliar words), which directs them to collect information and definitions such as inertia, force, and Newton's three laws listed in "Things to Know." Students answer content questions in complete sentences (Who convinced Newton to publish; what government jobs he held; which accomplishment is most important and why), requiring them to select and summarize relevant facts. In the "Extra! Extra! Write All About It!" activity, students must describe an event as it is described in the book and take notes on two people's perspectives, then write headlines from those perspectives, which asks them to use details from the text to represent viewpoints.

Students read Chapter 21 and are directed to take notes (including page numbers) on important information and unfamiliar words, which guides them to collect relevant facts and definitions such as Bernoulli's principle listed in "Things to Know." In Activity 2 students read a NASA aerodynamics page, choose a demonstration, take notes using the "Demonstrating Lift" page, and use diagrams, captions, and text to create a numbered list of instructions. The Student Activity Page asks students to define lift, list materials, outline a step-by-step procedure, and write conclusions/inferences, and the wrap-up requires students to summarize how an airplane wing works for a parent.

Students read multiple chapters and answer specific factual questions (e.g., identifying E=mv², elements discovered by Scheele, functions of a Leyden jar), requiring them to extract and record relevant facts and definitions. Students conduct research on an artist using a K-W-L chart, write a 1–2 paragraph sidebar describing the artist and caption a chosen painting, and give an oral summary, which requires gathering concrete details and examples. Activities also ask students to identify and explain how simple machines work in household devices and to take notes on unfamiliar words and important information, reinforcing use of definitions and concrete details.

Students answer focused questions about which of Newton's laws and discoveries relate to local industries and are prompted to review highlighted passages and notes to summarize key points. The Outlining Newton activity directs students to identify three supporting areas and to gather 2–3 observations, examples, quotations, or personal experiences for each area. The Technical Writing Rubric's Ideas and Support criteria require listing 2–3 relevant areas and explaining their relation to current industries, and the brainstorming and writing activities ask students to explain how Newton's work affects their town.

Students are instructed to add pages to a "Quick Guide to Europe," labeling countries and capitals and filling a guide page for each country, which requires gathering country-specific information. The scavenger-hunt activity directs students to use Geography of the World (index and country information boxes) to locate specific facts about the European Union (members, which countries use the euro, history, administrative center, symbolism). Option 2 has students read an EU booklet and complete an online quiz, reinforcing fact-finding from external informational sources.

Students are assigned readings (pages 82–86) and instructed to fill out "Quick Guide to Europe" pages for Norway and Denmark with population, official languages, government, geography and climate, and images. The activity pages prompt students to explain how geography and natural resources influence the economy, give examples of material and non-material culture, list cultural groups, and describe cultural changes identifying diffusion or invention. The "Geography, Natural Resources, and the Economy" organizer has students connect specific geographic features (forests, fjords, lakes/coastal areas) to named economic activities and write relevant details along connecting arrows.

Students are prompted to record factual information and definitions on multiple activity pages (e.g., Population; Official Language(s); Form of Government; Geography and Climate) and to give concrete examples of material and non-material culture. The Parliament activity pages ask students to define terms and explain processes (e.g., "What is an MP?", "How many constituencies elect MPs?", "How does a bill become law in the United Kingdom?") and require noting numbers and roles, with an answer key providing exemplar facts. Students are also asked to analyze how geography and natural resources influence the economy, which requires using relevant facts and concrete details to develop an explanation.

Students are asked to complete "Quick Guide to Europe" pages for the Netherlands, Germany, and France that require recording population, official language(s), form of government, geography and climate, how geography/resources influence the economy, and examples of material and non-material culture — tasks that require selecting and presenting relevant facts and concrete details. In Option 1, students create a public service poster that must include a brief directive statement and at least one reason why the suggested action is a good idea, requiring them to develop their topic with supporting information. In Option 2, students locate three news articles, provide a source and a 2–3 sentence summary for each, and choose one to illustrate, which requires distilling and presenting relevant information and examples from sources.

Students are assigned to read specific pages (100-105) and to fill out "Quick Guide" pages for Portugal and Italy that ask for population, official language(s), form of government, geography and climate, and how geography and resources influence the economy. The Student Activity Pages prompt students to provide examples of material and non-material culture, list cultural groups, and identify a cultural change indicating whether it is due to diffusion or invention/innovation. The activities require students to summarize and record factual information from the reading and to give concrete examples (e.g., azulejos, polenta) as part of their responses.

Students are prompted to record factual information (population, official language(s), form of government, geography and climate) on the Switzerland and Austria Quick Guide pages. The Alps activity asks students to explain specific solutions (government, agriculture, engineering) to five named problems and provides an answer key with concrete details. The International Organizations activities require students to match real-world scenarios to organizations and/or research and write two example situations (one research-based) for each organization.

Students fill country fact sheets (population, official language(s), form of government, geography, economy, cultural elements, and cultural change) for Belarus and another country, which requires recording factual details and definitions. The Soviet History activity asks students to answer short explanatory questions and to record information about five former Soviet republics' economies, challenges, or cultural tensions. The European News task requires students to find three news articles, cite the source, and write 2–3 sentence summaries; the government comparison activities ask students to write specific details about executive, legislative, and judicial branches, political parties, and suffrage. Vocabulary card activities require students to learn and use formal definitions of government terms.

Students complete 'Quick Guide' pages for Poland, the Czech Republic, and Hungary that ask them to record population, official language(s), form of government, geography and climate, and how geography/resources influence the economy. Students are asked to provide examples of material and non-material culture, list cultural groups, and describe cultural change (diffusion vs. innovation). In the music option, students listen to clips, select three different songs, and record concrete details (title, instruments heard, mood, adjectives, and other observations).

Students are asked to fill in factual fields on the Quick Guide (population, official language(s), form of government, geography and climate) which requires them to gather and record relevant facts and concrete details. Students complete a worksheet that asks how geography and natural resources influence the economy and to give examples of material and non-material culture, prompting them to provide specific examples and explanatory connections. The Geography of Ukraine, Moldova, and the Caucasian Republics activity asks students to describe climate, natural resources, rivers, mountains, plains & steppes and to explain impacts on industrial, agricultural, and tourist economies, and an answer key gives concrete factual responses.

Students fill "Quick Guide to Europe" pages and student activity pages by recording factual information (population, official language(s), form of government, geography and climate) for Romania and Greece. Students answer explanatory questions that require concrete details and examples, such as "How do geography and available natural resources influence the economy?" and provide examples of material and non-material culture and cultural changes. Students produce written products that require inclusion of supporting information: a 2-3 sentence written news summary with a source/URL or a 2-3 minute newscast that must state what/when/where/who, and postcards/diary entries that ask for specific landscape, historical, cultural, and economic details.

Students are instructed to write a thoughtful 5–6 sentence introduction that mentions geographies, governments, economies, and cultures, requiring development of a topic with specific details. Students assemble Quick Guide pages for multiple countries and are asked to include accurate information and list sources if they use magazines or the Internet. The final-project rubric evaluates accuracy of information, accuracy of individual pages, cultural relevance, and thoughtful responses, and unit-test prompts ask students to describe traditions and explain material vs. non-material culture.

Students match energy vocabulary terms to precise definitions and glue term/definition pairs onto index cards, practicing the use of definitions and concrete examples. Students read assigned pages and answer directed questions that require citing naturally occurring energy stores and defining energy carriers. Students sort items into 'energy source' versus 'form of energy' categories and label sources as renewable or nonrenewable, using well-chosen examples from the reading and web links. Students complete a neighborhood survey table in which they record phenomena, identify the form(s) of energy present, and cite specific observational evidence.

Students answer direct explanation questions (QUESTION #1-#3) that require them to state facts and definitions about electricity (e.g., electrons cause electricity; difference between static and current; AC vs DC). Students brainstorm and list concrete examples in the "Using Electricity" activity, identifying devices that convert electricity into mechanical, thermal, radiant, and sound energy. Students complete the "Inside a Power Plant" fill-in activity, tracing energy transformations and supplying factual terms (e.g., turbine, generator, coils of wire, magnets) from a word bank.

Students read Chapter 10 and answer targeted questions (e.g., how the Sun makes energy; how photovoltaic cells make electricity), requiring them to state relevant facts and definitions. The lesson provides explicit definitions and concrete details in the "Things to Know" and Answer Key (definitions of electromagnetic radiation, photon, photovoltaic cell, semiconductor; descriptions of radio through gamma waves). Students also organize and apply these details by building a model of the electromagnetic spectrum (cutting/pasting and ordering boxes) and by assembling and testing a solar-powered motor to observe examples of how visible light produces current.

Students read targeted pages about wind, hydropower, and geothermal energy and are given explicit definitions in the "Things to Know" section (wind energy, hydropower, geothermal). The lesson asks students to answer focused factual questions (best wind farm locations; how a dam creates electricity; source and transfer of geothermal heat), which requires using concrete details from the reading. In the activities, students build models (pinwheel, water wheel), demonstrate the water wheel for a parent, and explain what is happening, prompting them to use facts and concrete details to describe processes.

Students read Chapter 7 and review a chart, encountering explicit definitions and facts in the "Things to Know" section (definitions of fusion and fission, how reactors use fission, role of control rods). Students answer targeted questions that require them to state what nuclear fission is, explain how a reactor generates electricity, and identify benefits of fusion versus fission using the chart. The activities ask students to research a nearby plant's history, advantages, and safety protocols, which requires locating relevant information.

Students read targeted pages that define and describe petroleum, natural gas, coal, peat, and biomass (the "Things to Know" section and assigned chapter pages) and answer factual questions such as what fossil fuels are and uses of petroleum. In Activity 1 students must research one fuel source and Option 2 explicitly directs students to create a poster that includes how the fuel was formed, how it is extracted/mined, how it is used, and its advantages and disadvantages. Option 1 and Option 3 require students to perform a demonstration or create an infographic/song/comic and then explain how their evidence and examples illustrate the fuel source.

Students research how their state or local area produces electricity using EIA or utility websites and create a pie chart showing energy-source percentages. They compare and contrast five energy sources and list two advantages and two disadvantages for each, using book pages and web data as sources. Students also use a power-grid simulation and answer guided questions from readings (chapter excerpts) that require stating reasons and problems to solve, and optional field-trip reporting asks them to record questions/answers and produce a map, poster, or presentation summarizing findings.

Students are directed to study the "Things to Know" list and Unit Review Sheet, which provides facts and definitions to use in their writing. Students collect concrete data by reading utility bills, using the Energy Use Calculator, and completing a home energy audit, then record top energy uses on the "Home Energy Consumption" chart. The business letter/email task and its templates require students to state a purpose, explain how they recognized a problem, and propose resolutions that reference renewable vs. nonrenewable sources, cost, efficiency, and environmental impacts. The final presentation explicitly asks students to share reasons, utility-bill evidence, calculator results, audit findings, and specific conservation suggestions.

Students read the introduction pages and answer content questions that ask for factual causes and historical influences (e.g., Question #1 asks them to identify the Industrial Revolution, urban growth, and science as influences). The "Things to Know" section provides explicit definitions (modernism, meter, iambic pentameter) that students are expected to learn and use. In activities, students mark syllables and work with vocabulary words, and Option 2 asks students to write lines using 2–3 vocabulary words, which requires choosing and applying word meanings.

Students copy and record specific lines from Tennyson's "Dedication" on the Graphic Variations page, supplying direct quotations as evidence of graphic elements. Students answer chapter reading questions in complete sentences about factual content (for example, the role of the poet laureate and subjects of poems), which requires using facts from the text. Students read a nonfiction biography of Prince Albert and select a prose statement that expresses the same idea as a chosen poetic line, pairing a factual prose excerpt with a poetic quotation.

Students locate and record information from contemporary news articles on the News Watch/Today's News Hunt pages, including the article title, topic, location, and three interesting facts or vivid details. Students answer reading comprehension questions in complete sentences about W.B. Yeats, Edith Sitwell, and Wilfred Owen, identifying roles, allusions, and definitions (e.g., facade, armistice). Option 2 asks students to explain how an issue might affect the community and whether it will affect them personally, prompting them to use facts to explain consequences.

Students read chapters on W.H. Auden and Dylan Thomas and answer directed comprehension questions in complete sentences that require stating facts (e.g., why Auden married Erika Mann, whether "The Unknown Citizen" is about a real person, how the speaker changes in "Fern Hill"). Students also must "explain why you chose the poem" when they recite a memorized poem, which asks for a brief explanatory response using reasons. The reading question answers provided model using concrete factual details and interpretations drawn from the texts.

Students must write a one-paragraph autobiography that includes their full name, where and when they were born, and three current events they explored—then explain why they chose those issues, which requires giving relevant facts and reasons. Students must write a two-paragraph analysis of one of their own poems with a topic sentence and at least two supporting sentences about the poem's images/events and at least two supporting sentences about structure and techniques, requiring concrete details and examples. In the timeline activity students add poets' names, birth/death years, and note poetic genres or techniques, which has them record and use factual information tied to topics.

Students answer targeted comprehension questions that require use of specific facts and concrete details (e.g., explanations of Roanoke/Jamestown goals, Puritan motivations, origins of the middle colonies, and a detailed description of the Triangle Trade). Students complete a mapping activity in which they identify each of the thirteen colonies, record founding dates and dates they became royal colonies, and shade British, French, and Spanish territorial areas. Students take notes while viewing the documentary and discuss cause-and-effect prompts (e.g., why Jamestown struggled, how tobacco changed its fortunes), which require citing relevant historical information and examples.

Students read targeted historical passages (Pocahontas, Eliza Lucas, Olaudah Equiano) and answer factual questions that require citing specific details (e.g., why Pocahontas withheld Matoaka, how Equiano bought his freedom). In the 'Tobacco vs. Silk or Flax' activity students must read National Park Service articles and complete a pros/cons chart using concrete information about cultivation, labor, and markets. The timeline, Venn diagram comparing voyages, and the mock-diary task require students to select and use facts, concrete details, and examples from sources to place events, compare experiences, or reframe an account from a Native perspective.

Students read and analyze the Mayflower Compact text and create a word cloud from its words, directly engaging with a primary-source quotation to identify key ideas. Students review the "Founding the 13 Colonies" table and extract relevant facts, significant people, reasons for founding, and early economic activities to compare colonies. Students complete the Salem Witch Trials table by listing possible explanations and writing merits and doubts, using concrete details and examples from the readings to support their evaluations.

In Option 1 students must produce a detailed list that includes soil preparation, expected labor, specific steps for planting/tending/harvesting/processing, potential problems (pests, weather, disease), and benefits/pitfalls — prompting use of relevant facts and concrete details. In Option 2 students fill a chart describing each occupation's function, provide reasons for rankings, and prioritize occupations — prompting students to develop topics with examples and explanatory information. Activity 2 asks students to explain materials, origins, and uses of colonial crafts, requiring them to support explanations with concrete information from readings.

Students answer specific content questions about troop movements, von Steuben, the French navy, and Joseph Plumb Martin, requiring factual responses. Students complete the "Resistance" activity pages by filling in columns labeled "What It Did and Why the British Might Have Enacted It" and "Why Colonists Might Have Objected to It," which asks them to record causes, effects, and reasons. Students write a short 1-2 sentence summary and a 4-5 sentence movie review or a 3-4 sentence trailer script, requiring concise summarizing and selection of details from the episode and readings.

Students read primary and secondary sources (the Declaration of Independence, Patrick Henry's speech, and readings about the First Great Awakening) and answer guided questions that require citing facts (e.g., why girls spun homespun cloth, Jefferson's background). In Activity 2, students print Jefferson's rough draft, identify 3–5 sections with major revisions, and suggest 2–3 edits, using the text (including deletions and additions) as evidence. In Option 2 students select a powerful paragraph of Henry's speech and justify their choice in discussion, which requires using a quotation and explaining its impact.

Students are asked to "draw on their experiences" from assigned readings and "write a letter home" explaining why they signed up, what daily life is like, and "one specific scene of battle," which requires using concrete details and examples. In Option 1 students must "choose one incident to illustrate, and then sketch your idea and explain it" answering questions about what incident the sketch illustrates and what the viewer will understand, prompting development with concrete detail. In Activity 4 students visit National Park Service pages and answer brochure questions about factors that led to victories, the impact of battles like Saratoga and Yorktown, and the role of foreign forces, requiring them to use relevant factual information.

Students are instructed to research 3–5 Revolutionary figures using the Internet or reference books and to create an index card for each person, with Side #1 containing several interesting facts or reminder words/phrases. Side #2 of each card requires students to write three questions they would ask, which prompts selection of relevant information about each figure. In Activity 2 students brainstorm hopes for different social groups and write concise slogans, and the provided answer key models concrete details about those groups' concerns and aspirations.

Students are required to plan presentation parts that include a brief history of a specific colony (when, why, by whom; location; economic contributions), an overview of daily life, and a statement giving at least three specific reasons for colonial discontent with Great Britain. Option 2 asks students to describe military life and give stories or details of at least one battle, and both options require use of a prop or image to demonstrate specific ideas. The unit test and short-answer prompts require students to name acts by the British government and explain why they were objectionable, and rubrics evaluate accuracy, use of demonstration/images, and thoughtful answers to audience questions.

Students read content and answer specific factual questions (e.g., questions asking what Dalton's atomic theory was and what an element is), requiring them to state relevant facts. Students complete a vocabulary activity where they write/recite definitions for terms such as atom, element, matter, and structure and create illustrations linking the terms to the activity. Students record observational data (mass at times 0 and 20 minutes), sketch changes, and answer open-ended questions about what is happening and why, using concrete details from their experiment.

Students read explicit definitions and facts in the "Things to Know" section (definitions of nucleus, electron, neutron, proton) and use those facts to answer directed questions in the Reading and Questions section. In Activity 1 students apply concrete numerical details (numbers of electrons, protons, neutrons; electron shell capacities) to build models of fluorine, sodium, and oxygen. In Activity 3 (Option 2) students research scientists and write brief summaries of discoveries to place on a timeline, and in Activity 4 students write definitions on vocabulary cards as an extension.

Students read definitions and examples under "Things to Know" (conductivity, ductile, luster, malleable, metal, nonmetal) and answer targeted comprehension questions (e.g., characteristics of metals, Mendeleyev and gaps in the periodic table). Students perform hands-on activities recording predictions, observations, and before/after measurements on the Element Characteristics activity page (malleability, ductility, luster, conductivity). Students are prompted to note similarities and differences and to use examples (play dough, aluminum foil, copper wire, coin, rock) and an answer key provides factual conclusions about those examples.

Students are given explicit definitions and facts in the "Things to Know" and "Skills" sections (e.g., definitions of solid, liquid, gas, plasma; melting/boiling points; atomic motion descriptions) that they must use. Students watch a short video and answer content questions (e.g., what causes state changes; sublimation/deposition; boiling/condensation behavior), demonstrating use of factual information. In Option 2 and in the activity chart, students investigate using their book and other resources, list characteristics for each state, and create diagrams using punched dots as concrete examples of particle arrangements.

Students are given explicit definitions and facts (Things to Know: density, solubility, volume, mass, weight) and are asked to use these in tasks. Students collect and record quantitative data (measure volume by formula and displacement, measure weight, calculate density using d = m/v) and make written observations in the Melting Point/Boiling Point and Solubility sections. Students complete vocabulary matching and answer open-ended questions about solubility and phase changes, which require them to use concrete details and definitions in responses.

Students read informational text and a periodic table webpage and answer targeted questions that require use of facts and definitions (e.g., identifying periods, groups, locations of metals/nonmetals). Students complete tables and activity pages by filling in atomic number, atomic mass, numbers of protons/electrons, and electron-shell configurations, using provided definitions (atomic mass, electron configuration, metalloid) and the Carbon Example as a concrete model. In Activity 4 students must create a visual aid that lists similarities and differences, uses vocabulary and properties (e.g., ductility, malleability, conductivity), and show trends on the periodic table, which requires selecting relevant facts and concrete details to explain patterns.

Students read explicit definitions and facts in the "Things to Know" section (definitions of compounds, mixtures, fixed proportions) and in the sample compounds table that lists chemical names and formulas. Students identify elements and subscripts by completing the "What Is a Compound?" activity table and answer guided questions about differences between lime and limestone and what would happen if an element were removed. Students record and interpret concrete observational data in the "Sweet and Salty" experiment (taste/heat observations) and refer to the sucrose combustion equation to explain chemical change.

Students compile a 15-item home survey listing item names, locations, and primary/secondary materials and note material properties and reasons for use (Part 2 and Part 3). Students research the elemental composition of an item and complete a "Getting Specific with an Element" chart recording element name, natural state, melting/boiling points, atomic mass/number, # of protons/electrons/neutrons, and common compounds (Part 4). Students create "Atomic Cards" with periodic table information and review vocabulary and definitions in the study guide (Properties/Periodic Table sections).

Students read Chapters 1 and 2 and answer guided comprehension questions that require them to identify key facts about Abigail Adams (e.g., family expectations, impressions between John and Abigail, meanings of phrases). Students complete a chronology and other front/back-matter analyses that require selecting and recording five key events with dates and evaluating the book's bibliography and acknowledgments, which asks them to consider the author's research. Students are given explicit vocabulary definitions and example sentences and then asked to write a coherent letter using five or seven of those terms in context.

Students analyze paragraph structure and sentence functions (topic sentence, supporting sentences, concluding observation) in multiple activities, including labeling sentences in sample paragraphs and identifying out-of-place sentences to replace. Students locate and identify quotations and their sources by using endnote reference numbers and bibliographic entries in the reading questions, practicing how citations point to original sources. Students list positive and negative attributes of John Adams using details from the reading, showing practice in selecting relevant examples and concrete details to support a judgment.

In Activity 2 Option 1 students are asked to view Paul Revere's engraving and "write a well-formed paragraph" stating an argument and to "support that argument with 2-3 specific examples," explicitly requiring concrete details from the image. In Activity 2 Option 2 students must read John Adams's diary entry and the Abigail Adams text and "compose a short paragraph" describing the Boston Tea Party from a first-person perspective, using those sources as evidence. The Reading and Questions section asks students to answer factual questions (e.g., about the Townsend Acts and the British response to the Boston Tea Party), which requires locating and using relevant facts from the text.

Students read Chapters 9–10 of a biography and closely read Abigail and John Adams' letters, then complete an "Exploring Primary Sources" activity page that asks them to summarize main topics, note interesting points, and answer how much of the letter the author quoted and what point the author was making. In Option 2 students answer historian-analysis categories (author, type, content, context, point of view, connections), and in Activity 2 they list specific duties for John and Abigail and identify concrete tasks Abigail managed alone.

Students read a current news article about girls' education and are asked to select a 4-6 sentence paragraph to analyze using the Paragraph Analysis page. The analysis prompts (e.g., "States the main point," "Supplies background," "Gives an example of...") require students to identify sentences that provide background information, examples, and explanations, and to record how sentences connect to develop the paragraph's idea.

Students are instructed to "write a paragraph that summarizes the scene you chose based solely on known facts" from Chapters 15 and 16, which requires them to select and restate factual information. The lesson provides genre definitions in the "Things to Know" section and asks students to use those definitions to complete the "Matching Genres" activity, so students work with and apply literary definitions. The parent plan and activity directions explicitly ask students to summarize an event in their own words before choosing a genre-based rewrite, reinforcing a factual summary step.

Students read at least two original letters between Abigail Adams and Thomas Jefferson and then write a diary entry from Abigail Adams's point of view. The diary template asks students to record the topics of the letter, describe Jefferson, and explain the role his friendship plays in her life. Those prompts require students to extract information from primary-source correspondence and use that information to develop a focused response about influence and relationships.

Students complete a compare-and-contrast chart (Activity 2) that asks them to record who the leaders were, views on federal power, views of the French Revolution, and presidential endorsements for Federalists and Republicans, which requires selecting relevant historical facts. Students answer comprehension questions (e.g., what John and Abigail thought about the French Revolution) that ask for concrete details drawn from Chapters 19–20. The provided answer keys include specific facts and quotations students can cite when completing the chart and questions.

Students read chapters of a biography and answer targeted factual questions (e.g., the effects of the Sedition Act; details about John Adams's children), which requires identifying relevant facts from the text. Students locate and review descriptions and images of Peacefield and the President's House using the book index and web links, then extract concrete details to use in a Venn diagram or in two comparative drawings. Students are prompted to use quotations and a notable John Adams quote is provided in the extension activity, giving an example of a primary-source quotation they could incorporate.

Students read Chapters 23–24 of a biography and answer specific factual questions about Abigail Adams (e.g., family tragedies, financial management, her views on women), which requires identifying and using concrete details. In Activity 1 students must write a 6–8 sentence eulogy or obituary that includes general information about her life and personal memories, or design a memorial "drawing on important themes in her life," both of which ask students to incorporate biographical facts and themes. The wrap-up and final project ask students to present how Abigail was influenced by and influenced others, prompting the use of examples and details from the readings.

Students must write three short scripted scenes that state dates, summarize events, and explain historical context for an audience. Planning pages include fields for "Summary," "Date," and "Relevant primary sources cited," and the Day 2 instructions require at least one scene to include a direct quotation from a primary source. The rubric explicitly requires reading from at least one primary source and providing accurate dates and historical information.

Students read and work directly with primary-source excerpts (Magna Carta, Mayflower Compact, English Bill of Rights) in Activity 1, cutting or highlighting phrases and sorting them into categories of limits, rights, and responsibilities. Students are prompted to note whose limits/rights/responsibilities are being defined and to write brief explanations for their categorizations. In Activity 2, students read the Articles of Confederation and complete a note-taking template that asks them to summarize key ideas in their own words and record the purpose of each section.

Students answer guided reading questions that require factual responses about weaknesses of the Articles of Confederation, the Great Compromise, and the Bill of Rights. Students complete Activity 1 by identifying modern problems and explaining which specific weaknesses of the Articles would limit national responses, requiring concrete details and connections. In Activity 2 students research two Federalists and two Anti-Federalists, recording biographical facts, dates, and connections to political beliefs. Activity 4 asks students to prepare a 30-second Anti-Federalist speech that must include a specific example of how the Constitution might cause problems, prompting use of a concrete detail or example.

Students are asked to take notes section-by-section on the Constitution and to "record at least 2 key points per section," which requires identifying relevant facts and concrete details. Activity 1 asks students to determine the purpose of each Constitutional section and to match brief explanatory phrases (definitions) to each part. Activity 2 asks students to match real-world scenarios to specific amendments (concrete examples) or to take notes on the historical origins of the Bill of Rights using primary-source material, and the iCivics game produces a detailed report of rights matched to situations.

Students read primary-source texts (George Washington's inaugural and farewell addresses) and answer interpretive questions that require attention to quotations and meaning. Students create a mini-book by reviewing Article II and Amendments XII, XX, and XXII-XXV and answering specific prompts about eligibility, the oath, term length, pardons, the State of the Union, and succession, requiring use of facts and definitions. Students research cabinet departments on White House sites to match departments to their functions and identify current cabinet members, and they analyze presidential schedules and produce a 6–8 item day plan, all of which require selecting concrete details and examples.

Students read Article I of the Constitution and a White House overview to gather factual definitions and background about the legislative branch. Students must create a flow chart or a song that explicitly includes concrete steps of the legislative process (bill to committee, votes in both the House and Senate, presidential sign/veto/pocket veto). Students research a real bill sponsored by their own representative and fill out a written activity page summarizing the bill's purpose, who benefits or opposes it, what committee reviewed it, and what happened to it.

Students are directed to read Article III of the Constitution and the White House page on the judicial branch and to use Federal Judicial Center or iCivics resources to gather factual information about courts and case procedures. In Activity 2 students must research a landmark Supreme Court case and complete prompts asking for the basis of the case, the court's decision, the legal precedent established, why the precedent matters today, and an example of how life would differ if the case had been decided differently. In Activity 3 students draw and label specific checks and balances (e.g., vetoes, appointments, judicial review) and write concrete examples of how branches limit or approve actions of the others.

Students are prompted to research and record specific factual information such as state name, motto, capital, approximate population, and fun facts. They gather concrete details about the executive branch (governor's name, party, brief biography, residence), the legislature (name, bicameral/unicameral status, number of members, election frequency), and the judicial branch (number of justices and a description). The project requires students to locate images and to use online or library research, and it asks them to list their actual state representatives with party and tenure information.

Students are asked to create a Z-fold brochure with panels that require listing their county/municipality, describing their local government, naming important elected positions, and providing the web address or phone number for the main office(s), which requires collecting and presenting concrete facts and contact details. The "Local Government in My Life" prompts require students to identify where neighbors vote, who represents them, which police/fire/school serve them, and three local government services their family uses, all of which ask for specific, relevant details and examples. The "Whom Would You Call?" page asks students to identify the exact office and phone number for ten real-world tasks, and the "Change in Your Community" sheet asks students to summarize issues, list organizations/individuals involved, state desired outcomes, and identify strategies used, which requires factual research and concrete examples.

Students are prompted in Activity 1, Option 1 to provide specific, real-world examples for each listed right and responsibility, requiring concrete examples rather than general statements. In Activity 2 students must use party websites to identify and summarize each party's position on three issues, writing 2–3 short points for each—this asks students to gather and record relevant facts and details. In Activity 3 students must complete an Action Plan that explicitly asks for four facts people should know about an issue, a summary of the issue, and summaries of positions at federal, state, and local levels, all requiring development of the topic with factual information and concrete details.

Students assemble informative mini-books into a lapbook and are required by the rubric to include an informative mini-book about the executive branch, a mini-book with a flowchart or song about how a bill becomes law, an informative booklet about state government, and a brochure about local government. Activity 1 and the unit test prompt students to explain specific facts and concepts (e.g., weaknesses of the Articles of Confederation, Federalist/Antifederalist arguments, rights in the Bill of Rights, workings of the three branches, landmark Supreme Court cases). Activity 4 requires students to present each mini-book and answer questions accurately and thoughtfully, demonstrating their use of facts and concrete details in explanations.

The lesson explicitly defines key terms (chemical reaction, reactant, product, physical vs. chemical properties) and lists concrete examples (photosynthesis, salt formation, baking soda + vinegar, combustion). It provides a labeled list of six common reaction types and an illustrated chemical equation for baking soda and vinegar, giving factual details and chemical formulas. Students perform hands-on activities (oil & water, salt & water, borax & glue), make predictions, and record observations on a structured activity page. The Reading and Questions section asks students to state definitions and identify forms of energy that drive reactions, reinforcing factual development.

Students read and use explicit definitions and facts such as the law of conservation of matter and the difference between chemical and physical reactions. Students work with concrete details and examples by counting atoms before and after reactions, using subscripts and coefficients, and labeling reaction types (synthesis, decomposition, displacement, combustion). Students create and interpret illustrative examples (molecular drawings, electrolysis diagrams, and sample balanced equations) that develop the topic with relevant information and examples.

Students read explicit definitions (combustion, oxidation, endothermic/exothermic, absorbent, capillary action) and a balanced chemical equation for paraffin combustion, providing concrete facts and technical detail. Students use the fire-triangle diagram and the candle explanation as concrete examples of fuel, heat, and oxygen. Students record experimental data (temperatures, reagent amounts, observation heights) and answer explanatory questions on the activity page asking them to identify whether the vinegar–baking soda reaction is endothermic and to explain temperature changes.

Students read explicit definitions and facts in the "Things to Know" section (definitions of acid, base, ion, neutral, and pH). Students perform hands-on tests using red cabbage indicator and litmus paper, record observed colors and estimate pH ranges on the "Testing pH Scale Using Your Indicator" activity page, and compare their results to the provided answer key that lists pH ranges and examples (e.g., vinegar pH 2.4–3.4, ammonia pH ~11.6). Students also list and test concrete household examples of acids and bases (lemon juice, baking soda solution, household cleaner) and record those observations as evidence.

Students are asked to use definitions and facts (e.g., definitions of physical change, chemical change, catalyst, specific heat) when completing activities such as categorizing processes as physical or chemical, identifying states of matter in chemical equations, and answering questions about evidence for reactions. In Activity 2 and the Periodic Table task, students fill in chemical formulas and label states (solid, liquid, gas) using clues and factual information. In Activity 6 students order substances by density and specific heat and answer explanatory questions that require citing physical-property values and causal reasoning.

Students read and use explicit definitions and facts (e.g., definitions of electrical conductivity, electrolysis, magnetism, solubility, solute/solvent/solution) to explain phenomena. Students perform hands-on experiments and record concrete data and observations (voltage table for the homemade battery, prediction/results table for solubility, paper-clip counts for electromagnet strength). Students answer targeted questions and produce written responses and lists (explain why conductivity is physical, compare predictions with results, and list five practical examples for conductivity, magnetism, and solubility).

Students are given clear definitions and facts (acids, bases/alkali, salt, neutralization, precipitates, and pH ranges) in the Things to Know and the pH table. Students are asked to record element symbols and names, identify each element's material (metal, nonmetal, metalloid) and group number, and write pH values for compounds on the activity page. Students must answer the 'Questions to Consider' prompts asking for evidence that a chemical reaction occurred and to explain how they know the substances have chemical properties, which requires citing concrete details from their observations.

The lesson defines claim, evidence, and justification and requires students to categorize 15 statements (Activity 1), including factual statements about CO2 concentrations and experimental procedures, so students practice distinguishing definitions and facts. Activity 2 asks students to write an initial claim, record observations and evidence from a controlled chemical experiment, and write a justification that cites observable details (gas production, temperature change) and chemical equations. The Parent Plan and Answer Key supply specific factual details (chemical equations, concentration values, reaction products) that students are prompted to use when developing their justification.

Students read assigned pages and answer factual questions (e.g., what vulcanization is, what Bakelite is and why synthetics were developed). Students use the provided "Things to Know" definitions (natural, synthetic, toxicity, antipyretic, etc.) when deciding categories. In Activity 1 students classify ten common items as natural or synthetic using those definitions, and in Activity 2 students research six substances via provided web links and record risks, benefits, and written value explanations.

Students are prompted to research a chosen medicine and record specific factual elements: chemical name and formula, what the substance does, benefits, side effects/limitations, risks, mechanisms, natural occurrence, and availability. Students must collect evidence and use steps of scientific argumentation to make an executive decision and create a presentation with slides explicitly labeled for Substance (chemical name/formula), What the substance does (benefits and risks), Naturally occurring counterpart, The Claim, The Evidence, and The Justification. The Parent Plan example for acetaminophen models listing concrete facts, definitions, benefits, risks, and a justification based on evidence.

Students are asked in Activity 2 to choose an adjective for each character and to provide an example from the book that led them to that choice, requiring them to support a claim with textual examples. The Reading and Questions section asks students to answer specific questions about Chapter 1 (e.g., how Major characterizes life, where he places blame, what he proposes), prompting students to cite events and facts from the text. The Student Activity Pages require identification of words and phrases in sentences, which helps students notice concrete details and language that can be used as evidence.

Students are asked in the "Characters as Leaders" activity to list specific examples from the novel to support assertions about each character's leadership strengths and weaknesses. In Option 2, students must review the Seven Commandments and the Bill of Rights and answer comparison questions that require explanation and evidence (e.g., which document places more restrictions and why). The parent/skills section also directs students to determine a theme, analyze its development, and provide an objective summary, which involves using textual details to support analysis.

In Activity 1 students are asked to "compare how work was done on the farm...using specific examples from the text to support your points," and to fill a graphic organizer answering what work needed to be done, who did it, how each job was completed, and who benefited. The reading questions (Q1–Q4) require students to identify concrete details from Chapter 3 (e.g., what work the pigs did, Boxer's motto, description and symbolism of the flag, why pigs took milk and apples). These tasks require students to locate and record relevant facts and concrete details from the text.

Students are instructed to "reread the part of the chapter that deals with the Battle of the Cowshed" and to "create a map of the physical location of the battle based on specific evidence in the book," requiring them to extract and organize concrete details such as locations, landmarks, order of events, and individual movements. In the speech option, students must "explain the role that the individual played in the battle," "highlight the admirable characteristics or qualities...," "explain what award or honor you would bestow," and "provide the audience with a lesson," which requires using relevant facts and examples from the text. The reading questions also ask students to identify specific plot events and character actions (e.g., how the animals spread the word, how farmers reacted), prompting use of text-based details in writing and discussion.

Students are asked to research key figures of the Russian Revolution and complete activity pages that require birth/death dates, roles in the revolution, connections to Animal Farm, and specific evidence supporting those connections. Students are instructed to create a short timeline making connections between historical events and the novel. The answer key and activity directions prompt students to cite specific evidence and link factual details (e.g., dates, roles, actions) to their literary analysis.

Students answer reading questions that require recalling and reporting concrete details from the text (e.g., the animals' 60-hour workweeks and the list of supplies Napoleon arranged to obtain). The leadership graphic organizer directs students to record observations about work, sacrifice, productivity, happiness, power, and fairness under different leaders, prompting them to collect and organize information about the topic. One question asks for an explanation of Squealer's use of dogs, asking students to interpret textual actions as evidence for a claim.

Activity 1 asks students to write a persuasive memoir from Napoleon's perspective and explicitly instructs them to "use examples to illustrate key points" and to employ persuasive techniques. The Student Activity Page lists nine specific prompts (e.g., How to get work done; How to squelch dissent) that require students to generate supporting advice and examples for each subtopic. Reading comprehension questions (e.g., why the animals wanted to give the impression of no food shortage; why the hens protested) require students to explain causes and cite events from Chapter 7.

Activity 2 asks students to write a one-paragraph formal business letter in which they explain how Mr. Frederick tricked Napoleon, propose a price, and may mention benefits of the sale; the activity explicitly permits an enclosure such as a profit chart or receipt to support the proposal. Activity 1 (Option 2) directs students to write two paragraphs: one describing the original scene (book, focus, main characters, qualities) and a second explaining which animals replace each character, how those animals fit the characters, any setting changes, and how personification shifts meaning. The Student Activity Page provides structured space for the letter body and enclosure line, prompting students to include concrete proposal details.

Students are asked to "cite the textual evidence that most strongly supports an analysis" and to identify two or more specific incidents from Animal Farm that illustrate each proposed theme. The Student Activity Pages direct students to list at least two incidents and to be specific, and Activity 2 emphasizes both "show" and "tell" by pairing claims about theme with supporting examples from the text. Parent notes and prompts repeatedly require students to point to particular parts of the story as evidence for their thematic claims.

Students are asked in Activity 2 (Options 1 and 2) to write a paragraph that includes at least two specific incidents from the book and to explain how the book is relevant to a historical or modern situation, explicitly requiring examples and connections. The Skills list and Reading Questions prompt students to cite textual evidence and to compare and describe specific details (for example, how the pigs and dogs lived vs. other animals), which directs students to use concrete details from the text. The "Seven Commandments, Revisited" activity asks students to document how commandments changed and to fill a table with concrete changes, requiring factual, text-based support.

Students are asked to outline and write a multi-paragraph letter that addresses a theme from Animal Farm and to provide supporting paragraphs (e.g., the Sample Outline lists specific examples of Napoleon breaking commandments, lying, and causing worse conditions than Jones). The rubric's Ideas and Organization criteria require use of appropriate evidence and support, and the editing checklist asks students whether each paragraph is supported by evidence. The Parent Plan Skills section explicitly lists "Cite the textual evidence" as a targeted skill.

Students read the Preface from A History of Us and answer direct questions that require definitions and factual explanations (e.g., identifying the origin of 'antebellum' and explaining population change between 1800 and 1840). Students explain reasons for Andrew Jackson's opposition to the Bank using factual causes. Students create a detailed map by shading states, territories, and foreign claims, practicing use of concrete geographic details to represent historical information.

Students research White House biographies and fill activity pages with dates and accomplishments, then arrange those pages into a timeline poster, which requires selecting and recording factual details about each president. In Activity 3 (Options 1 and 2) students read Jefferson's First Inaugural Address, identify or write paragraph-by-paragraph summaries, and answer short response questions that ask them to cite themes and wording from the speech. In Activity 4 students read John Quincy Adams's address and complete a comparison worksheet that asks them to record words used by each author to describe the nation and to note similarities and differences, prompting use of concrete examples from the texts.

Students answer focused reading questions that require supplying specific facts (e.g., the ordinance title and date, population requirements for territories and states, the five states created, the ordinance's allowance of civil liberties and prohibition of slavery, and Native American responses). Students read primary and secondary sources (excerpts of the Northwest Ordinance, a short webpage, a video, and Daniel Boone's account) and are asked to identify dangers, adjectives, and important scenes from Boone's narrative. Students plan and justify a movie poster or discuss Boone's Trace, which requires selecting concrete details and examples from texts to represent Boone's experiences.

Students are asked to create a timeline or a top-10 list that requires dates, descriptions, and reasons for significance, prompting them to develop topics with concrete details and supporting information. Students must label and annotate a map (identifying geographic boundaries and Corps of Discovery routes) and add locations of tribes, which requires use of relevant facts and concrete geographic details. Students also complete reading questions with factual answers and write a journal/role-play entry that must include animals, geography, people, and daily life — all explicit prompts to include specific information and examples.

Students read four short essays about the War of 1812 and are directed to use those texts to complete Option 2, a comparative chart that asks what each group was fighting for, how they responded, and what the outcome was — tasks that require locating and recording relevant factual details. Students summarize bolded passages of the Monroe Doctrine in Activity 3, which asks them to restate main ideas in their own words. Option 1 asks students to write a short movie review from a chosen perspective with prompts about representation, interesting learnings, and bias, which encourages use of evidence from the film and background readings.

Students read multiple primary and secondary documents (Andrew Jackson's message, General Scott's ultimatum, John Ross's letter, Emerson's letter, and eyewitness accounts) and are asked to record at least four justifications for and against Indian Removal in their own words. Students answer factual reading questions about the Indian Removal Act, the Treaty of New Echota, casualty numbers on the Trail of Tears, and outcomes of removal. Students read personal narratives and then write a brief summary explaining what the account helped them understand and respond to scenarios by giving reasons to support or oppose removal.

Students read Chapters 8-11 and answer focused questions that require stating a definition of "manifest destiny," describing Frémont's characterization of California, and identifying what was at stake in the Mexican War. In the Alamo activity students must write a plaque-style text that includes a summary sentence, one direct quote from Enrique Esparza, an explanatory sentence about what his memories convey, and a sentence about his later life. In the Manifest Destiny activity students list adjectives evoked by two paintings, point to specific aspects of the art that produced those impressions, explain what the artist was trying to say (using evidence from the images), and propose how a critic might depict the idea differently.

Students are directed to read chapters and first-person accounts (Library of Congress collection and Mary Ballou letter) and to "look for details about living conditions, work, food, shelter, and daily challenges in a mining camp," which prompts use of concrete details. In Activity 2, Option 1 requires students to write a letter that includes reasons for coming to California, preparations for the trip, a brief description of the process of panning for gold, observations of the mining camp, and an assessment of outcomes — all prompts to develop the topic with facts and examples. In Activity 1, students must use summaries and primary narratives to create a 3–5 minute personal monologue explaining where a character came from, why they headed west, hardships faced, and adult outcomes, requiring incorporation of relevant details and examples.

Students read historical chapters and answer factual questions (e.g., explaining limited change in Santa Fe and challenges on the Oregon Trail), which requires use of relevant facts. In the Image Analysis activity students list observations, describe setting, objects, and people, and answer interpretive prompts such as "What does this picture tell you about the West," prompting use of concrete details. The timeline activity has students select and place event cards, requiring them to identify and use factual information about historical events.

Students are asked to create a storyboard that must include historical context, at least two different actions by the federal government that might have impacted the character, expectations vs. realities in the West, and encounters with culturally different people (storyboard planning and panel instructions). The storyboard rubric explicitly evaluates inclusion of appropriate historical context, U.S. government actions and diplomacy, cultural differences and conflict, and the historical plausibility and accuracy of text and illustrations. The art-gallery option requires students to write 1–2 sentence cards describing each image and its significance and to document the source URL for each image.

Students are asked to make a scientific argument based on a model of the Sun and the Earth's atmosphere and to discuss limitations of that model. In Activity 2 students collect temperature data from three bottles and must write a 3–5 sentence justification that states whether their hypothesis was correct and cite the collected evidence. The lesson text supplies explicit facts and definitions (e.g., definitions of conduction, convection, radiation, energy storage, and how solar panels work) that students can use to develop their explanations.

Students read Sections 3 and 4 and answer direct questions that require definitions and explanations (e.g., Law of Conservation of Energy, thermal equilibrium, conduction, convection, dissipation). Students carry out two hands-on activities, record predictions, times, and observations on Student Activity Pages, and answer synthesis questions such as "Which set-up heated faster? Why?" and "What do both Parts I and II of this activity illustrate about conduction?" The wrapping-up prompts ask students to compare conduction, convection, and radiation, reinforcing use of definitions, concrete examples, and experimental facts.

Students are asked to define chemical energy explicitly ("Chemical energy is the energy stored in compounds and released during chemical reactions") and to name five sources of chemical energy (Question #1) and explain how each enables work (Question #2). In Activity 2 (Option 2) students must write brief atomic-level descriptions for a ten-step image sequence, and the student pages/answer key provide concrete details and labeled components (e.g., MnO2 and Zn in a 9-volt battery) for students to use as evidence and examples. The hands-on Activity 1 produces observable phenomena (sparks, heat, light) that students then model with molecular/atomic details in the Student Activity Page.

Students are given explicit definitions (frequency, amplitude, pitch, wavelength, absorption) in the "Things to Know" and throughout the activities. Students collect and record quantitative data in Activity 1, create graphs of temperature vs. time, and answer guided questions that require use of concrete details from their measurements. Students analyze relationships (e.g., tension and pitch, wavelength and pitch, amplitude and volume) in Activities 2 and 3 and respond to "Questions to Discuss" that prompt explanatory responses using observed evidence.

Students answer directed short-answer questions that require explanation (e.g., explain whether all energy is useful, differentiate kinetic vs. potential energy, and describe how height influences potential energy). Students use and match explicit definitions on multiple student pages (kinetic energy, potential energy, mechanical energy, etc.) and record concrete data and observations in the rubber-band car activity and the Diet Coke/Mentos observations. Students draw detailed observations and determine whether the Mentos reaction is a physical or chemical change using factual explanation provided in the text.

Students are asked to write brief descriptions of what each simple machine does (Option 1, Part One) and to match real-life examples to machine types, using provided definitions (Things to Know). In the lever activity students record observations in tables, measure effort and load arm lengths, calculate mechanical advantage showing their work, and answer reflective 'Questions to Ponder.' In the efficiency activity students survey household devices, record heat loss data, rank devices from least to most efficient, and provide a rationale for their rankings.

Students perform hands-on and simulated investigations and are prompted to record observations and explain outcomes (e.g., predict whether the bucket will topple the cup, explain why the swing came up short, and describe pendulum behavior on Moon and Jupiter). The lesson provides facts and definitions (e.g., the Law of Conservation of Energy, definition of a closed/isolated system, and descriptions of KE, PE, and thermal energy) that students are asked to use when answering questions. Students also use concrete data from the Pendulum Lab energy graph and the bucket trials to justify answers about energy transfer and loss.

Students are given explicit definitions (fossil fuel, non-renewable, renewable, sustainability, inexhaustible) to record and use. Students research pros and cons of solar power from a linked article and complete an advantages/disadvantages chart, selecting the three most important items. Students collect and record quantitative data from Project Sunroof and a solar calculator (hours of sunlight, roof area, kW, costs, and savings) and then summarizerecommendations based on those facts and calculations.

Students review targeted vocabulary (e.g., conduction, kinetic energy, renewable, inexhaustible) and are asked to define or apply those terms in a study guide. Students summarize how fuel, hydroelectric, and wind systems generate electricity in their own words or diagrams and build a simple turbine to demonstrate conversion of wind to mechanical work. For the final presentation students research provided websites, explain how wind energy is transformed, list benefits, estimate local costs, describe advantages/disadvantages for their area, and draw conclusions with supporting reasons.

Students examine front and back matter (copyright page, bibliography, glossary, index) and sidebars/captions in Activity 1, which shows where definitions, source credits, and concrete details appear in nonfiction. In Activity 3 students identify phrases such as "informative sidebars" and "excerpts from the writings of great scientists" on the book jacket and decide whether the text uses expository features, connecting those features to supporting information. In Activity 2 students review five modes of expository writing and choose which mode fits given scenarios, prompting them to think about how different text types present facts and procedures.

Students practice adding concrete sensory details in the "Descriptive Phrases" activity by supplying adjectives and phrases that appeal to specific senses. Students analyze a model descriptive paragraph (underline effective words/phrases) and write a paragraph describing a picture, practicing use of concrete details, strong verbs, similes, and spatial transitions. Students also answer factual reading questions and are directed to read sidebars and definitions, which gives them exposure to facts and definitions in source text.

Students are asked to define vocabulary terms and write an example sentence (Vocabulary pages ask for definition, synonym/simile, and an example sentence for multiple words). The note-taking activity instructs students to record important information (scientists, discoveries, terms and definitions, bold text, sidebars) in their own words and provides a sample set of notes that lists facts and definitions about radioactivity and related concepts. The Parent Plan and answer key reiterate that notes should include definitions, discoveries, and concrete details from the chapters.

The Parent Plan skills list explicitly tells students to "Develop the topic with relevant, well-chosen facts, definitions, concrete details, quotations, or other information and examples." The planning/organization pages require students to list materials, write numbered steps with accompanying detail boxes, and record people, important dates, and terms or concepts that need explanation. Option instructions tell students to refer to the book to confirm key details (names, dates) and to produce introductions, logical sequences, clear transitions, and a concluding sentence that tie together supporting information.

Students are instructed to read Chapters 22–24 and take notes on key concepts such as what E=mc² means, Rutherford's ideas, Szilard's 'Eureka' moment, and what a nuclear chain reaction is, which requires gathering relevant facts and concrete details. In Activity 1 students record one or two scientific events and one or two world events for each year (1932–1939) on a timeline, organizing factual information and examples by date. In Activity 2 students visit specific web pages and answer questions about authorship, credibility, accuracy, and understandability, which requires selecting and judging well-chosen information from sources.

The lesson's Skills section explicitly lists "Develop the topic with relevant, well-chosen facts, definitions, concrete details, quotations, or other information and examples." The Student Activity pages require students to list 3–4 specific causes or effects and to record specific descriptions or examples to support each point, with instructions to include page numbers for details taken from the book. The sample Planning and Organization and the sample paragraph model show students providing supporting details and examples from the text and instruct students that if they cannot paraphrase, they may quote with a page number.

Students read specified chapters and answer factual comprehension questions (e.g., Galileo's principle, invariant speed of light), demonstrating engagement with relevant facts. In Activity 1 students look up domain-specific terms, write definitions in their own words, and provide examples or drawings for each term, supplying concrete details and examples. In Activity 2 students design an explanatory poster for a younger audience that requires defining unfamiliar terms, using at least three domain-specific words, and including illustrations/graphics to clarify concepts.

Students are instructed that "Specific details and examples support each point," and the activity repeatedly prompts students to provide specific features or examples (e.g., describing car features and specific songs). The Planning and Organization pages require students to "List 3-4 specific points of comparison or contrast" and to "record any specific descriptions or examples you can use," directing students to develop points with concrete details. The sample contrast paragraph models use of well-chosen facts and concrete details (colors, seating capacity, fold-down seats, standard vs. optional features), and the directions tell students to include page numbers and quotation marks if they use brief phrases from the book.

Students practice paraphrasing and summarizing in Activity 2, where they choose the best paraphrase of a definition (luminosity) and write summaries of Chapter 36 and a caption, which requires selecting key facts and deciding when to quote. The Understanding Plagiarism activity has students classify statements as Common Knowledge, Give Credit, or Give Credit and Quote, requiring them to identify when to use quotations or paraphrase evidence. The Parent Plan skills list also directs students to quote or paraphrase others' data and conclusions and to determine central ideas and provide accurate summaries.

The Parent Plan explicitly lists the skill: "Develop the topic with relevant, well-chosen facts, definitions, concrete details, quotations, or other information and examples." The Activity asks students to describe the problem background, give two possible solutions with explanations and pros/cons, and explain the chosen solution, which requires supplying supporting details. The sample problem/solution paragraph/model uses historical facts and examples (ether vs. photons, Einstein, page citation) and the assignment permits using examples from the book in students' own words.

Students answer content questions that require facts and definitions (e.g., defining a bit and a qubit, explaining Boolean search operators). Students practice quoting and paraphrasing by inserting parenthetical citations for quoted material and by evaluating/paraphrasing online sources in Part I exercises. Students revisit prior expository writing and create explanatory graphics (charts, diagrams, captions) to clarify or illustrate their topic, which requires selecting concrete details or data to represent visually.

Students analyze a student research paper to identify thesis, topic sentences, and whether the author uses quotations or paraphrases (Activity 1). The research activities require students to use note cards or research notes to record facts, quotations, and page numbers and to use at least three sources including the course book (Activities 4–5). Activity 9 explicitly instructs students to use statistics, quotations from authorities, paraphrase or summarize explanations, and integrate quotes smoothly into their writing. The Research Rubric evaluates ‘‘Ideas'' (supporting details and effective use of outside sources), ‘‘Conventions'' (proper credit and Works Cited), and ‘‘Word Choice'' (domain-specific vocabulary), reinforcing inclusion of facts, definitions, concrete details, and quotations.

Students are asked to view a documentary and fill in a Venn diagram (Activity 1) that requires them to note specific characteristics of the North and South, such as city size, economic activities, and attitudes toward slavery. The Reading and Questions section provides concrete factual prompts and answers (e.g., risks and pay for Erie Canal workers, how the cotton gin increased productivity, effects of cotton mills on women's work, and common punishments for runaway slaves) that students can record and use. The 'Things to Know' list gives definitions and concrete details (antebellum, Erie Canal, cotton gin, mill girls, Underground Railroad, abolition movement) that students can select as relevant evidence for the organizer.

Students read primary and secondary texts (Hakim pages and Jackson's veto message) and answer comprehension questions (Q1–Q3) that require use of relevant facts about the Industrial Revolution, reactions of the "old guard," and Jackson's objections to the Bank. In Activity 2 Option 1, students copy Jackson's veto, generate a word cloud, note the most prominent words, and infer the big issues from those quotations/word frequencies. In Activity 2 Option 2, students sort statements into a chart of supporters and opponents and list reasons, organizing factual claims and examples that explain each side's position.

Multiple student tasks require students to include specific supporting information: the letter activity asks students to "be specific in describing" neighborhood life and list at least two good and two bad things; the advertisement activity requires students to explain why the canal matters, describe the work, and note risks and benefits for workers and families; the diary option asks students to describe a typical workday, conditions, likes/dislikes, and response to a strike using detailed, historically accurate information. The assembly-line activity has students record times and analyze productivity, providing concrete data and examples to develop their conclusions.

Students use specific census data (a table listing countries of birth and totals, plus instructions to draw red lines for each 100,000 immigrants) to create a color-coded, data-driven map of antebellum immigration. Students read factual background (e.g., "Things to Know" about the Irish Potato Famine and the Underground Railroad) and are asked to identify important events when planning an oral retelling. The activities require students to select and organize concrete details (numbers for the map; incidents and props for the dramatic retelling).

Students read assigned chapters and answer targeted comprehension questions that require citing specific facts and concrete details (e.g., how Sarah Pierce's curriculum differed; listing ways women had fewer rights; describing the Seneca Falls Declaration). Students choose a reformer, write five interview questions, and are instructed to use online or library research to find and write answers to at least three of those questions. The Student Activity Page provides labeled spaces for questions and "Possible Answer" entries, prompting students to record researched information and examples.

Students are asked to provide examples from primary texts: Option 1 of the Transcendentalists activity requires students to "give 3 examples from the poems you read" that illustrate Transcendentalist values, which asks for concrete textual examples. The reading questions ask students to explain Melville's statement and to describe how Whitman and Dickinson differed from other poets, prompting students to use facts about their lives and stylistic features (meter, rhyme, voice). Activity 2, Option 2 asks students to observe a wild creature and write 2–3 sentences describing their observations, prompting concrete descriptive details about the animal and its environment.

Students are asked to explain how the cotton gin changed life for multiple groups (Option 1), which requires using relevant facts and concrete details from the provided PBS reading and answer key. Students use numerical data in Activity 2 to plot and analyze population trends from 1790–1860, developing the topic with statistics and drawing conclusions. In Activity 3 students extract and record three interesting details from two slave narratives and compare them, and in Activity 4 students select artifacts and write descriptions explaining their significance. Activity 5 asks students to read primary and secondary accounts (Hammond, Douglass) and prepare a 2–3 minute speech refuting arguments and listing at least three reasons against slavery, requiring use of evidence and examples.

Students read assigned chapters and answer questions that require them to explain causes and consequences (e.g., Republican opposition to slavery's expansion, definition of popular sovereignty, and the effects of the Dred Scott decision). Students complete the "Should Slavery Expand?" activity page by writing main arguments in two columns and identifying who might have held each position. Students create a sign or flyer that summarizes at least one main argument, requiring them to condense and present supporting information for a chosen position.

Students must include accurate, well-chosen information about economic, political, and cultural differences as specified in the project rubric and in the poster requirements. Students are required to include at least one map, graph, or table (data) and to pair each main topic with data or an image, ensuring concrete details and examples. Option 2 asks students to pull 2–3 quotations from speeches, label the speaker and region, and paste them on the poster, showing explicit practice with using quotations. The planning page and directions ask students to draw on unit readings and prior work, prompting them to develop topics with supporting facts and examples.

Students are asked to describe what is happening at each step when they create a flow chart of the carbon cycle, requiring them to use factual explanations of processes like photosynthesis and cellular respiration. Activity pages direct students to record characteristics of carbon, list at least three unique traits of graphite and diamond (using the excerpt and internet sources), and identify which images represent compounds or allotropes, which requires use of facts and concrete details. The lesson provides explicit definitions and facts in the "Things to Know" section (e.g., definitions of biochemistry, organic compound, covalent bond, allotropes) that students must use in their written responses and diagrams. The food journal requires students to collect and record numeric calorie data and later analyze that data for a final project, giving practice in developing a topic with concrete information and examples.

Students are asked to research two inorganic substances and record specific facts such as Chemical Symbol/Formula, Function(s) in the Human Body, and How the Body Obtains the Substance (Activity 1 Student Activity Page). The lesson provides definitions in the "Things to Know" section (e.g., definition of inorganic compounds and enzymes) and supplies web links for source information. In Activity 2, students analyze Nutrition Facts labels to identify and record inorganic compounds and biomolecules, noting grams and percent daily values as concrete details.

Students are asked to produce Claim, Evidence, and Justification entries in Activity 3 (Osmosis in Action), requiring them to state a testable claim and support it with experimental data and analysis. The Hunger Feedback and Cell Feedback activity pages require students to explain hormone release, solute concentrations, water flow, and resulting responses using facts and definitions provided in the "Things to Know" section. Multiple tasks (scenario explanations, tables, and the osmosis experiment) prompt students to use concrete details and scientific definitions to develop explanations for biological phenomena.

Students match and define vocabulary terms (chemical agent, cytotoxic, dose, lachrymatory, potency, pulmonary, toxicity, vesicant) in Activity 1, demonstrating use of definitions and concrete examples. In Activity 2, students research listed chemical agents and record specific facts (type of agent, dose for toxicity, and sources) in a table, collecting well-chosen factual details and examples. In Activity 3, students apply those collected facts to diagnose cases and identify treatments, using concrete details from their research to support diagnoses.

Students are prompted to research historical scientists (Activity 4) and answer targeted questions about Jenner, Pasteur, Koch, and Mechnikov, which requires them to locate and record relevant facts and definitions. The lesson provides explicit definitions and concrete details in the "Things to Know" section (e.g., definitions of immunity, pathogens, viruses) that students use to answer questions. Answer keys in Parent Plan show specific factual responses students are expected to produce (e.g., Jenner's vaccination method, Koch's postulates).

Students are asked to define and use specific vocabulary (macrophage, antigen, T-helper, cytotoxic T-cells, B-cells, antibodies, B-memory cells) and to answer comprehension questions using information from a video (Activity 1, Option 1 and Option 2). Students must summarize the immune response in their own words as a numbered list or flow chart (Option 2) and complete short-answer tasks that require factual explanations (e.g., "What is the secondary immune response?"). The Mystery Ailment activity asks students to analyze interviews and write a report identifying the cause of an illness using clues and evidence, and Activity 3 prompts written discussion comparing allergic reactions, HIV, and autoimmune disorders.

Students are instructed in the Nutrient Amounts activity to investigate substances and record uses/benefits, acceptable daily intake amounts, natural food sources, effects of deficiency, and effects of excessive intake; the activity table and provided answer key include specific intake numbers and concrete health effects. Students are directed in the Alcohol Research activity to read CDC and PBS fact sheets and answer focused questions about immediate health risks, groups who should not drink, long-term health risks, and factors that affect blood alcohol levels. In the Alcohol and Advertising activity students analyze specific ads and record target audience, advertising strategy, detailed descriptions, and observations—requiring concrete examples and evidence to support their analyses.

Students review and define relevant vocabulary (e.g., autotroph, amino acids, carbohydrates, lipids, proteins) and are instructed to know the structure of a carbon atom and to trace a carbon molecule from atmosphere to plate. Students collect and organize quantitative facts from their food journal (servings and calories by biomolecule), create graphs (servings per biomolecule, calories per biomolecule), and fill tables comparing their intake to healthy daily intake values. Students research and write about the biochemical significance of a nutrient, acceptable consumption rates, signs of overconsumption, and impacts of improper diet using provided web links and record these concrete details on the provided worksheets. Students compile a presentation/report that must include a brief summary of each biomolecule's purpose, examples of foods, and a graphic breakdown with data and serving examples.

Students are asked to record and later analyze a provided Hemingway quote and to locate and cite quotes from the novel (e.g., a quote showing Widow Douglas's view of being civilized). Students complete web-research tasks and then summarize the history of slavery and list 3–4 slave codes, gather biographical facts about Mark Twain, and shade/identify free and slave states on maps. Students complete vocabulary exercises that require choosing definitions from context and answer dialect questions that ask for concrete examples and explanations.

Students are given explicit definitions and examples of different point-of-view terms (1st, 2nd, 3rd limited/omniscient/objective) that they can use as factual definitions. Students answer guided reading and journal questions that ask them to explain characters' perspectives and cite how we know (for example, questions like "How do we know that Huck and Jim are superstitious?"), which prompts use of concrete examples from the text. The activities ask students to identify point of view in multiple passages and record titles and POVs, requiring them to apply definitions and examples to real texts.

Students read and analyze multiple passages of dialogue and specific quotes from the novel, answering guided questions about what the dialogue reveals and how it propels action. Students complete activity pages that ask them to cite dialogue and describe what that dialogue shows about characters and events. In writing tasks, students are directed to include dialogue and vivid descriptions (concrete details) to develop characters and events in their one-page narratives.

Activity 2 requires students to complete a Venn diagram comparing Huck and Jim and then write a paragraph that includes two differences and one similarity, explicitly instructing them to "support your ideas with evidence from the text" and to use dialogue or events as examples. Activity 1 asks students to record each type of writing, its definition, and an example, prompting use of definitions and examples. The Reading and Questions section asks students to analyze a quoted passage and explain character actions, which requires students to use concrete details and quotations from Chapters 16–18.

Students are instructed to choose three strongest reasons for a thesis and to support each body paragraph with explanations, facts, statistics, examples, anecdotes, personal experiences, or quotations. Students read a model persuasive essay and answer questions that require identifying the thesis, the three supporting reasons, and for each reason naming one type of evidence the writer provides. Students complete activities that ask them to brainstorm evidence for an opposing position and to write persuasive sentences that use logic, emotion, reasons, problem/solution structures, short stories, and similes as concrete supporting details.

Students are asked to read a background article about the debate and to use that information to decide a position, providing a direct source for facts and examples. The instructions require students to write a thesis with two reasons and to "use a combination of types of evidence to support your reasons," and to record evidence in the "Facts or Examples" section of the Persuasion Map. The Parent Plan explicitly tells students to support claims with logical reasoning and relevant evidence and to analyze the other side's arguments.

Students are asked to conduct short research projects about types of writing and to examine and research styles of writing to identify purpose and type. Students create three collage posters that must include at least four examples of writing each, and they may print or write out portions of sample text and illustrate or symbolically represent pieces. Parents are prompted to ask students to explain why specific pieces of writing fit into a particular category, requiring verbal or written justification.

Students record explicit definitions of irony (verbal, situational, dramatic) from videos and reference those definitions on an "Irony Chart." Students locate and label multiple examples of irony from Adventures of Huckleberry Finn, including at least one direct quotation (Pap's line) and other concrete instances, and they sort those examples into categories. Students also generate their own original examples and revise non-ironic scenarios to make them ironic, demonstrating use of examples and definitions as supporting material.

Students read explicit definitions of figurative language types (pun, hyperbole, oxymoron, simile, idiom) and see labeled examples for each type. Students complete activity pages that ask them to generate their own examples (e.g., finish hyperbole sentences, create oxymorons, complete similes) and to identify figurative expressions from Huck Finn in a two-column table. Students also mark examples and labels in a model letter (Fred's Letter), using quoted text to locate and classify instances of figurative language.

Students listen to two recorded slave narratives and take notes comparing the lives, dialects, and figurative language in those narratives to Jim in Huckleberry Finn. Students write a brief 3–4 sentence journal response interpreting Hemingway's quote about Twain, which asks them to consider Twain's techniques and the novel's influence. The story map organizer asks students to record concrete elements (characters, setting, plot, theme, and specific figurative language techniques) as part of prewriting.

Students are instructed to take notes while watching the 1993 film, observing changes the director or actors have made regarding character, plot, language, setting, or dialect. Students answer targeted content questions about plot events (for example, what happened to Huck's father and the irony of Jim's freedom), which requires recalling specific details. Students are asked to compare and contrast the novel and the movie and to discuss whether changes impacted the movie positively or negatively.

Students are asked to include specific informational elements such as a direct quote from a character, a copied sentence or two from a persuasive paragraph they wrote, and an expository sentence about something they learned about slavery or dialect on the cultural biography poster. The story blocks require students to place important quotes (Block 1), examples of figurative language and vocabulary used in sentences (Block 2 and Block 3/3), and examples of different types of writing including expository and persuasive (Block 4). The unit test and activity pages prompt students to write sentences using vocabulary words, identify types of writing, and produce brief examples of figurative language and irony, reinforcing use of quotations, concrete examples, and informational sentences.

Students are asked in Option 1 to research one of four historical figures using provided links and to write a short letter that summarizes that figure's position and explains why the student agrees or disagrees, which requires locating and using informational material. In Activity 4 students read an excerpt of Lincoln's "House Divided" speech and a contrasting statement by Douglas and complete a chart comparing their positions, directly engaging with a primary quotation and factual claims. Activities such as the map and timeline require students to identify and place factual information (state status, dates, and legislative acts) to support discussion questions about the effects of compromises and acts.

Students summarize competing historical viewpoints in Activity 1 (Webster vs. Calhoun) and answer guided questions about fairness and problems that could arise from each view. In Activity 3 (North and South by the Numbers) students fill a chart using concrete statistical data (railroad tracks, banks, manufacturing output, agriculture, urban population, soldiers) and answer questions that require explaining differences in firearms and food production. In Activity 4 (Secession) students list reasons on both sides ("Slavery" vs. "States' Rights") and evaluate which argument is more convincing, with parent guidance that answers should be supported with facts and reasonable assertions; the Things to Know section also provides a definition of secession.

Students read primary-source inaugural addresses and are asked to take focused notes, summarizing each paragraph in their own words and recording the source title and page/paragraph information. Students write brief explanations in the Comparing Two Presidents activity, using passages from Lincoln and Davis to justify which leader would appeal to different historical figures. Students create an illustrated timeline that requires them to place five key events in order and write one-sentence summaries beneath images, and they must cite URLs for any images used.

Students read assigned pages from McPherson and answer focused comprehension questions that require summarizing factual content (e.g., expectations about war length, the Anaconda Plan, and Shiloh's effects). In Activity 1 students complete Civil War battle cards with prompts for important people, outcomes, and significance and must justify numeric evaluations of how each battle affected Union and Confederate forces. Activity 3 asks students to retell at least one vivid event from a primary narrative and to cite at least two positive and two negative details about service, and the timeline activity asks students to place dated cards into historical sequence.

Students read a focused informational text (pages 30–43 of Fields of Fury) and answer guided reading questions that ask for goals, outcomes, and reasons (e.g., goal of the Peninsular Campaign; why Antietam was a Union victory). In the Civil War Battle Cards activity students explicitly list "important people," "outcome," "why this battle was important," and "advantages gained," requiring them to supply relevant facts and concrete details. The provided answer key models specific, well-chosen facts and concrete details (e.g., names like Farragut, McClellan, Lee; outcomes such as seizure of New Orleans or stopping Lee's invasion).

Students read pages 44–53 of McPherson's Fields of Fury about the Emancipation Proclamation and answer a direct question asking what changes it created, requiring them to state specific facts (e.g., freeing slaves in Confederate states, allowing African Americans to enlist). Students complete Civil War battle cards that ask for important people, outcomes, and why each battle was important, which requires selection and use of concrete historical details. In Activity 2 Option 1, students must consult primary/secondary resources and then write a short letter from a 54th Massachusetts recruit that explicitly asks them to include concerns, fears, hopes, and reasons for enlistment, prompting use of relevant facts and examples from readings and online sources.

Students read James McPherson and answer specific content questions (e.g., roles of women, why Minie balls were dangerous), requiring them to state factual information from the text. Students add factual entries to Civil War battle cards (important people, outcomes, and why each battle was important), which requires selecting and recording concrete details and examples. Students add events to a timeline and discuss film content (railroads, telegraph, medical advances) that reinforce use of relevant facts and examples to describe historical topics.

Students read assigned pages and answer specific factual questions (e.g., Sherman's $100 million estimate; role of the Freedmen's Bureau; definition and effects of the Black Codes). Students complete Civil War battle cards that require listing important people, the outcome, and why each battle was important, using concrete details from the readings. In the Reconstruction activity students write 1–2 sentences explaining how different individuals would view lenient vs. punitive plans, drawing on amendment facts and policy differences.

Students are asked to write descriptive answers on the unit test (Question 1 asks for at least three differences between the North and South and the most significant cause; Question 10 asks for a 5-6 sentence response about the most interesting thing learned). The parent plan and wrap-up prompt students to explain the rationale for the Union/Confederate numbers on their battle cards and to discuss why they scored different battles differently. The lesson requires students to complete and read aloud their battle cards, which contain factual information used during game play.

Students read informational text sections and "Things to Know" that present facts and definitions about cells (e.g., definitions of cell, cell membrane, nucleus, cytoplasm, and principles of cell theory). Students answer guided questions that require explanation (e.g., Q4 asks students to explain whether a theory is the same as a hypothesis). In Activity 2 students classify objects as cellular or non-cellular and write supporting evidence in a table, requiring them to use examples and concrete details to justify their choices.

Students read the "Things to Know" and other text that defines organelles (e.g., organelle, mitochondrion, chloroplast, vacuole) and provides concrete facts about plant and animal cells. Students answer directed short-response questions asking for two differences between plant and animal cells, the role of vacuoles, and the functions of chloroplasts and mitochondria, using relevant facts from the reading. Students label and color cell diagrams and perform a chromatography activity to identify pigments, which requires them to observe and record concrete details and examples.

Students answer focused short-response questions that require definitions and facts (e.g., purpose of lysosome; function of the cytoskeleton; roles of smooth ER; protein journey from rough ER to Golgi). Students design a two-dimensional cell model and create labels with brief descriptions for each organelle (nucleus, mitochondrion, ribosomes, cell membrane, flagellum/cilia), requiring them to state functions and concrete details. Students make predictions and explain outcomes in the osmosis activity and optional potato experiment, using factual reasoning about water concentration and homeostasis.

Students are prompted to write a paragraph comparing prokaryotic and eukaryotic cells that must include size and which organelles are shared or unique, requiring use of facts and definitions. Students create a hypothesis, follow a procedure, record daily observations for a bacterial culture, and draw conclusions from that evidence, requiring concrete details and examples. Reading assignments and guided questions ask students to identify specific structures, shapes, and environments for bacteria and archaea, which students must use in their responses.

Students are directed to investigate multiple web resources (Viral Attack, Flu Attack!, Inside Viruses) and use information from them to answer specific factual questions about viruses (transmission, necessary parts, how viruses enter cells, where genome copying occurs). In Activity 2, students must research the characteristics of life, decide whether viruses meet those criteria, and "give their reasoning," including completing a student activity page that asks them to state their conclusion and list reasons. The Reading and Questions section requires students to produce short written answers that draw on definitions and concrete details from the provided sources.

Students are asked to research a chosen specialized cell and "fill in the 'Specialized Cell' activity page," including information about the cell's functions and unique properties. The reading directs students to "consider how and why cells are specialized" and to "pay attention to differences among the different types of cells and how function can be based on shape and size as well as the presence of certain types of organelles." The activity page provides labeled sections such as "Types of Cells" and "Cell Features and Functions" and lined space for written responses, prompting students to record concrete details and definitions from their research and reading.

Students read a focused informational text (pages 30-31) and answer direct questions about mitosis, demonstrating use of facts (e.g., difference between mitosis and cytokinesis and naming the four phases). The lesson provides explicit definitions and facts in the "Things to Know" section (definitions of chromosomes, prophase, metaphase, anaphase, telophase, interphase, spindle). The optional extension asks students to create a presentation (PowerPoint, video, or animation) and to "use text to explain each step in the process," which would require them to include relevant facts and details about each stage.

Students are prompted to 'cite evidence for their conclusions' in the Antimicrobial Properties conclusion section after conducting an experiment. The Patient Diagnosis page provides a table of illnesses (symptoms, cause, treatment) and asks students to state a diagnosis, recommend treatment, identify a carrier, and explain what evidence ruled out other illnesses. The Doctor, Doctor matching activity asks students to apply definitions to images, using concrete examples (mosquitoes, ticks, sneezing, etc.) when categorizing parasites, contagions, mutagens, carriers, and vectors.

Students read assigned pages from What Is Cell Theory? that include a definition (Hooke's use of cellulae) and a historical quotation from William Harvey. Students cut out and use timeline cards to recall and order historical facts and discoveries about microbes and microscopes. Students complete an experiment results page by drawing observations for five agar samples and write a Conclusion that requires giving a rationale using the evidence they collected.

Students are directed to research specific respiratory infections (Activity 2) and fill a comparative table with symptoms and whether the microbe is visible under a light microscope, requiring them to gather and record relevant facts and concrete details. The lesson provides vocabulary and definition review (e.g., cell, ribosomes, glycoprotein, RNA) and historical event ordering, which students must learn and use as definitional and factual support. In Activity 5 students are asked to "explain what you can do to limit its spreading" and produce written notes/images on the "Stopping the Spread" page, prompting them to develop the topic using medically-wise approaches and supporting information from WHO/Mayo Clinic links.

Students are directed to use specific web links and background text to learn about the Underground Railroad and Buxton, then write (Activity 1) a journal entry from the perspective of a slave or (Activity 1 Option 2) a short poem/song. Students research the author using linked biographies and then answer factual questions on the "Getting to Know Christopher Paul Curtis" page. In Activity 4 students locate Buxton on a map, read the author's note and watch a video, then write a 6–8 sentence speech encouraging a freed person to live in Buxton.

Students read and compare two primary-source passages (Fitzhugh and Douglass) and answer questions about which account is more authentic and which features make Douglass persuasive. Students are asked to re-read Douglass's passage, circle vivid adjectives, and underline the repeated verb "whip/whipped," analyzing how word choice and repetition contribute to power. In the Welcome to Buxton activity students choose four to five items and write brief descriptions and a 3–4 sentence welcome note (or give a short oral presentation) explaining why each item was chosen.

Students are asked to "Complete the 'Getting to Know Elijah' activity page to record all you have learned about Elijah so far," explicitly directing them to "Skim back through the first six chapters to find evidence for each category" and to "Record textual evidence from the novel for each category." The student activity pages and the sample character organizer require students to provide physical appearance, character traits, quotes, goals, events that impacted the character, likes/dislikes, and jobs/daily activities—concrete details and quotations. The parent plan and skills section also direct students to "Employ narrative and descriptive strategies that use relevant dialogue, specific action, physical description, background description," which reinforces using well-chosen details and quotations.

Students are given explicit definitions of tone and mood and a list of sample words, and they are asked to identify tone in Elijah of Buxton by providing words or sentences from the text that create that tone. In the "Accounts of Slavery" activity students read quotations and view images from primary-source links and are asked to write words or brief phrases explaining what they learned. The lesson also directs students to provide examples and quotations from the novel when completing the Tone and Mood charts.

The lesson provides explicit definitions of figures of speech (idiom, simile, metaphor, personification, pun, hyperbole) and models examples from Elijah of Buxton. Students identify figures of speech in numbered examples from the text and match each example to a label on an activity page. Students write a 6–8 sentence narrative that must employ precise words, descriptive details, and sensory language, and they may create a visual display or carnival advertisement using the six figures of speech with examples.

The lesson defines a symbol and asks students to "explain its symbolic value in the story" for listed items (Liberty Bell, Emma's doll, Mr. Taylor's dagger), which requires using examples from Elijah of Buxton. Students must create a Play-Doh/clay sculpture representing a personal symbol and write 2–3 sentences explaining its symbolism, and Option 1 asks students to write 2–3 sentence precise descriptions of two objects and a feeling using a thesaurus. Reading questions ask students to cite concrete story details (e.g., why newcomers hid, how they were coaxed out, Liberty Bell rung 20 times), which students must recall and use to answer.

Students are asked in Option 2 to write the remainder of a scene in which characters "explain why they are willing to risk so much to receive an education" and describe "what they hope education will do for their lives," which requires giving reasons and examples. Students in Option 1 must be interviewed while pretending not to read or write and answer questions about daily life, difficulties, hopes, and sacrifices, prompting explanatory responses and concrete personal details. Students read informational passages about Buxton's schooling and Frederick Douglass' influence, providing factual material they could use to support explanations.

Students are asked to choose a real recent event and write a 5–7 sentence paragraph reporting the event in a humorous way (Option 1), or to create a one- to two-minute mock newscast about a real event (Option 2). Students read and identify multiple humor techniques with examples from Elijah of Buxton, which they must use (at least three) when producing their paragraph or newscast. The lesson also has reading comprehension questions about chapters that require recalling factual details from the text.

The lesson defines allusion and provides multiple examples (literary and biblical) and passages (Mark 6:33-44, Joshua 6:1-20, Luke 3:1-9) that students can reference. The Student Activity Page directs students to write 2–3 sentences explaining an allusion's origin and connection to Elijah of Buxton. The Answer Key and parent plan sections supply factual explanations and contextual details that students are asked to use when explaining allusions.

Students are instructed in Activity 2 to "Write a paragraph" that explains their personal connection and to "Use specific examples from the book and explain the impact of these incidences," which asks them to develop an idea with text-based examples. In Activity 1 students create a plot diagram and a theme web, identifying the main conflict, listing seven events (rising action), three falling-action events, and recording "instances from different parts of the story that help develop that theme," requiring selection of concrete story details. The Skills and Parent Plan sections explicitly tell students to "select details that best illuminate the topic" and give sample examples students might record, modeling use of relevant details from the text.

The lesson repeatedly instructs students to use "precise words and phrases, relevant descriptive details, and sensory language" and to "describe characters with clear details," which directs students to develop their topic with concrete details and examples. The rubric requires use of at least two vocabulary words and strong verbs/adjectives, asking students to incorporate unit vocabulary correctly into their narratives. Students must plan and list rising action, climax, falling action, and resolution, which requires them to select and organize relevant events and examples to develop their narrative topic.

Students read geologic-province and biome web pages and write down "interesting features and facts" about the province in the Geologic History activity. Students answer a prompt to "Describe how at least one major feature of this geologic region was formed," list two features for each province on their state map, and label biomes with identifying characteristics. Students record detailed field observations in a Field Journal or create a Visual Journal with descriptions and images of plants, animals, soil, and landscape features.

Students are instructed to use field guides, library research, or online sources to find information and to jot down the sources they use, including printing the URL for any images. Student activity pages prompt students to record scientific names, brief descriptions, where species are found, what they eat or provide (food/shelter), life cycles, and reasons why a species is invasive, threatened, or endangered. Pages also ask students to explain why a plant or animal received its state designation and to note particular ecological details (soil preference, blooming time, poisonous parts, medicinal uses). These prompts require students to collect concrete details, definitions (scientific names), and explanations/examples about each chosen species.

Students are instructed to research at least one indigenous group that lived in their state and to use library or Internet sources to collect information. The Research on Native Populations activity asks students to record concrete historical details (where they lived, community organization, housing, clothing, food traditions) and modern information (federal/state recognition, tribal lands, leaders, contemporary issues). The lesson also provides a definition ('Indigenous means native to a place') and directs students to complete guided activity pages with these factual prompts.

Students are instructed in Activity 1 to take notes that will allow them to write a few sentences about each event conveying the date, location, key participants, issues at stake, and historical significance. Activity 5 requires students to produce for each of the four topics a title, the date, and 3-4 well-crafted sentences explaining the events and their significance, plus an image or website link. The lesson directs students to take organized, clear notes, use index cards with URLs, save or print images, and write image URLs on the poster, which supports using concrete details and documented supporting information.

Students are instructed to research a state leader using online or library sources and complete activity pages that ask for dates of birth/death, career path, notable achievements, and the person's impact on the state and beyond. The activity pages ask students to list specific websites, books, or URLs as sources. In Activity 2 students must write a 6–10 sentence dedication speech that is "informative, highlighting some key contributions of the state leader" and explaining why the person is appropriate for the named space.

Students gather and record specific factual data from primary sources: they look up state and county census figures in Activity 2 and Activity 3 and enter those numbers on the "Quick Facts" and "County Population Data" pages. Students plot historical population numbers on a graph in Activity 1 and use concrete numerical details to analyze growth trends and answer guided questions about which decades show the greatest growth. Students extract budget figures in Activity 4, identify largest revenues and expenditures, and are prompted to write a paragraph comparing their state's budget to two other states using those facts.

Students research and record specific facts such as their state's natural resources (listing and describing at least three and their economic roles), top industries (listing at least three), and Gross State Product (GSP) figures, including GSP in millions, percentage of national GDP, and rank. Students identify three top employers, describe the kind of business each runs, and note trends among employers. Students collect observations on a field trip or in-community survey and then write a thank-you letter or journal entry that includes at least two new things learned and details about the experience.

Students identify artists, works, and state connections using provided websites and record details by filling out art cards with fields for Title, Connection to your state, Artist, Date, Medium, and What you like. Students print images and URLs and mount them with art cards, display the gallery, and discuss the works with a parent. Students locate and either perform a state song or copy/memorize and illustrate a poem, using recordings, sheet music, or biographies as source material.

Students are asked to "use the websites and materials you have studied in this unit to come up with ideas for questions and write up an answer key," which requires them to locate and record factual information. Students must include specific content in their final project (geography, ecosystems/plants/animals, at least three historical points including indigenous populations, a leader, industries, arts, and 2–3 places to visit), which requires selecting and presenting relevant details and examples. The mural and video rubrics list criteria that direct students to include information about those topics and to produce concrete suggestions (for example, written notes near places to visit), reinforcing the expectation that students develop topics with concrete details and examples.

Students read defined "Things to Know" sections and textbook pages that provide explicit facts and definitions (e.g., definitions of chromosomes, meiosis, haploid/diploid, crossing over). Students answer directed questions that require writing definitions and explanations (e.g., "What does haploid mean? Diploid?", "How does the body use DNA to make proteins?", "Why does crossing over lead to genetic diversity?"). Students construct and manipulate chromosome models and then explain outcomes of meiosis and crossover, using concrete bead-based examples (BE, be, Be, bE) to show recombinant outcomes.

Students read a linked resource listing human genetic traits and use that information to fill an "Investigating Genealogy" chart, describing each trait and noting whether it is dominant or recessive. Students record concrete observations for specific family members on a "Family Survey" table, producing factual data and examples about trait presence across generations. Students are given and use definitions (phenotype, genotype) and answer guided questions that require explaining dominance, recessiveness, and inheritance patterns using their collected facts.

The lesson provides explicit facts and definitions in the "Things to Know" section (definitions of adaptation, biodiversity, natural selection, genetic variation, genome, mutation, population, species). Student tasks ask students to "use definitions to support their choices" when sorting descriptions as variations or adaptations and to record and calculate nutrition points and survival outcomes in the Bird Beak Experiment tables. The Parent Plan prompts ask students to explain how they classified items and to discuss questions that require citing examples and concrete details from the activities.

Students read a chapter on genetic mutations (pages 88–93) and answer questions that require explaining mutation types and effects. In Activity 1 students research four diseases and write descriptions, who is affected, whether there is a genetic component, and list common symptoms. In Activity 3 students research childhood asthma, cancer, and neurodevelopmental disorders and record symptoms and possible causes, and Activity 2 has students take notes from a patient interview to determine a diagnosis.

Students are assigned reading (pages 98–107) that provides factual information about cloning, gene therapy, and genetic testing, and they answer content questions that require use of those facts. In Activity 2 students must produce a brochure that includes paragraphs or bullet points explaining what the company does, how it benefits customers, and a brief explanation of how the animal cloning process works, referencing the reading and interactive exploration. Activity 3 asks students to make a pros-and-cons list and explain their position on whether cloning should be legal, encouraging use of concrete advantages and drawbacks from earlier materials.

Students are asked to learn and use disciplinary vocabulary (phenotype, genotype, dominant, recessive, heterozygous, homozygous) and complete a "Designing Your Creature" table that records traits and genotypes. Students fill out the "A New Environment" table by identifying beneficial traits and writing genotypes (e.g., Ll = long feathers) and they complete Punnett squares and offspring tables to determine which offspring survive. Students answer short-answer exam questions (e.g., difference between dominance and recessiveness; what is phenotype?) and reflect on how traits and disease affect survival in written responses and parent discussions.

Students are instructed to research cloning and record definitions, benefits, risks, and arguments for and against on indexed note cards (Steps 2–7 require notes on "What is cloning," pros, cons, and specific arguments). Paragraphs 2–4 of the essay assignment direct students to choose a strong argument and develop it "with details, facts, and persuasive strategies," and at least one counterargument must be included and rebutted. The Citing Sources and Parenthetical Citation sections tell students how to record quotations or paraphrase with quotation marks and how to create a Works Cited page, and the rubric/skills list requires supporting claims with logical reasoning and relevant evidence from credible sources.

Students are directed to revise and edit a persuasive essay, reading it once to focus on the structure of their argument and to check that each paragraph has a topic sentence and clear supporting details. The instructions tell students to consider whether they have explained their ideas thoroughly and clearly and to add or omit words, sentences, or phrases using editing symbols. The Parent Plan skills explicitly state students should "support claim(s) with logical reasoning and relevant evidence" and "arrange details, reasons, and examples effectively and persuasively."

The Parent Plan skills explicitly tell students to "support claim(s) with logical reasoning and relevant evidence, using accurate, credible sources" and to "support arguments with detailed evidence, examples, and reasoning," which directs students to develop their topics with evidence. Activity 2 requires students to produce a typed final draft of a persuasive essay and to create a Works Cited page, and the lesson provides a link to MLA guidance for documenting sources. The lesson also asks students to organize reasons and evidence logically and to anticipate counterarguments, which requires selecting and arranging relevant facts and examples.

The Skills section asks students to "cite the textual evidence that most strongly supports an analysis," which directs students to use quotations or evidence from the text. The lesson defines key terms (utopia and dystopia) and asks students to review their definitions and characteristics, giving a foundation of relevant definitions. Activity 1 has students complete a graphic organizer comparing Opium and the United States with guided questions (Who holds power? What is legal/illegal? How are human rights different?), prompting students to collect and record concrete details and facts. Option 2 asks students to "write a descriptive paragraph" to accompany a visual representation of an imagined dystopian society, which requires producing explanatory writing about a topic.

Students are instructed to "make sure the dialogue communicates to the audience what you want them to gain from viewing the scene," and to "indicate directions for setting and action, props, lighting cues, etc.," which requires inclusion of concrete stage details. A sample one-act play script and student activity pages give students a model of how to use specific lines, actions, and setting to convey information. The assignment also asks students to write conflict, protagonist/antagonist relationships, and mood using words, movements, and facial expressions, encouraging use of concrete details and examples.

Students are directed to use a dictionary to find each vocabulary word and its part of speech and to record definitions on index cards, which provides practice locating and recording precise definitions. Students must choose between writing original sentences using the words or creating illustrations that capture the words' meanings, which requires them to produce contextualized examples. In the family crest activity, students must select a character trait for El Patrón and choose colors, shapes, symbols, and a motto that communicate that trait, and then share and discuss those choices with a parent.

Students are prompted to write in a journal what makes a work science fiction and to decide whether The House of the Scorpion fits those criteria. The Student Activity Page asks students to list evidence from the book next to specific science-fiction characteristics (setting, technology, impact on people, utopian/dystopian view, commentary on present society). The Skills section explicitly directs students to "cite the textual evidence that most strongly supports an analysis," and the parent answer key supplies concrete examples (cloning, hovercrafts, dystopian society) that students are expected to use as facts/details.

Students list words and phrases that describe the physical places Opium and Aztlán and place those details into a Venn diagram comparing Matt's life in Activity 1. The lesson provides specific, concrete example responses (e.g., "white poppy fields," "pools stained red," "tasteless, insufficient food") that students are asked to identify and use. Reading questions ask for specific plot details and recollections (e.g., what comforts Matt, why he confesses) that require citing concrete information from the text.

Students are asked to analyze specific excerpts from Chapters 2 and 5 and to "write your thoughts in your journal," which directs them to use textual quotations and concrete details to explain religious symbols and messages Celia communicates. Students are also prompted to reflect on Tam Lin's teachings and how they helped shape Matt, asking them to use remembered passages and quotes to support their reflections. The poster assignment requires students to create an artistic rendition that includes words, phrases, or quotes from the characters and images associated with them, explicitly asking for quotations and concrete examples.

Students are instructed on the structure of a five-paragraph persuasive essay and told that the thesis should be supported by three paragraphs "along with facts, details, and arguments," explicitly directing them to use supporting information. Unit test and short-answer prompts ask students to explain how characters attained and used power and to justify the author's choice about Tam Lin's death, requiring students to develop answers with details and examples from the text. The lesson asks students to define vocabulary words in their own words and to use the "Evaluating My Essay" pages to reflect on and revise the arguments and evidence they used.

Students read primary-source accounts (Charles Denby and migrant letters) and answer comprehension questions that identify reasons for migration and differences in educational opportunity. In Activity 1 students plot and analyze city population data to draw conclusions about urban growth. In Activity 2 Option 1 students are asked to write a two-paragraph letter from a migrant's point of view that must include reasons for moving and comparisons between expectations and realities, drawing on the readings.

Students are asked to research and design an interpretive sign for Wounded Knee that must include accurate words and images (for example photographs, symbols, a timeline, a map) and answer guiding questions about what happened, why, and who was involved. Students take structured notes while watching the documentary (headings like Railroads, Settlement of the Great Plains, Buffalo & Plains Indians) and pause to summarize the most important and interesting information from each section. Students read first-person and historical accounts and answer comprehension questions (e.g., about Chuka and boarding schools) and complete photo comparison pages that ask for concrete observations and explanations of before/after changes.

Students complete the "Changing Technologies" pages in which they describe how needs for light, transportation, communication, and entertainment were met in 1850 and 1920 and list advantages and disadvantages, requiring concrete details and factual comparisons. In Option 1 students watch Edison films and write an advertisement explaining why specific films would interest rural children; in Option 2 students prepare a 60–90 second speech as Alexander Graham Bell naming 2–3 inventions and explaining connections to modern technology; in Option 3 students analyze Wright Brothers artifacts and explain why items would be important in a museum exhibit. Reading comprehension questions (e.g., about Jackie Cooper and the Child Actors Bill) require students to identify and use specific factual information from a historical text.

Students read first-person accounts ("Rose Cohen: First Day in a Sweatshop" and "Joseph Miliauskas: Breaker Boy") and answer specific factual questions about treatment, punishments, and motivations. Students watch the "Cities" episode and are instructed to jot brief notes and write 4–6 follow-up questions about a chosen section. In Activity 2 students must brainstorm at least three positive and three negative impacts of Andrew Carnegie, and in Activity 3 students must describe work hours, job tasks, conditions, and treatment when role-playing a sweatshop worker for a conversation with a friend.

Students are directed to read the article (with emphasis on the section "A Wave Becomes a Flood") and answer factual questions about immigration, demonstrating use of specific facts. In Option 1, students read letters from Polish immigrants and are asked to list the letter writer, recipient, and specific evidence of push and pull factors from those primary-source letters. In Option 2, students watch an Ellis Island video and are instructed to record 8–10 facts and statistics about immigrants arriving there. In Activity 2, students read primary-source documents about nativism (including the Klan manual) and complete a "Reasons for Joining the Ku Klux Klan" activity that asks them to use the documents to explain motivations.

Students examine primary-source photographs and complete structured photo-analysis pages that ask them to note specific details (setting, people, clothing, mood) and draw conclusions. Students read assigned biographies and historical accounts (e.g., Pullman strike, newsies) and answer factual comprehension questions requiring use of concrete facts and outcomes. Students conduct Internet research on a Progressive Era reformer and create a poster that must explain why the issue is a problem, what the leader proposes, and what voters should do, and they write 1–2 paragraph responses imagining stakeholder perspectives that draw on historical conditions.

Students perform calculations on the Student Activity Page for Grangerism using given numeric facts (input costs, price per bushel, yields) to compute profit per bushel and to recalculate profits after increases in shipping and storage costs. Students read a short definition/description of the National Grange and the economic problem with railroad and grain elevator rates and answer questions about why farmers would seek government regulation. Students read a listed Populist Party platform (specific positions) and write sentences explaining why each named group might or might not support those positions, using the platform items as evidence.

Students read primary sources about the Lusitania and are asked to select a historical newspaper article, summarize it in 3–4 sentences, and write reactions from both an American and a German perspective, which requires using information and concrete details from the article. Students read a State Department milestones page about U.S. entry into the war and are instructed to evaluate a set of specific reasons, rank them from most to least convincing, and explain their reasoning, which prompts use of relevant facts and examples. In the propaganda activity, students analyze posters using a checklist of appeals (patriotism, sympathy, etc.) and must describe each poster's goal, encouraging them to cite poster elements as supporting details.

Students complete Character Planning prompts that require reasons for migration, descriptions of city life and housing, work conditions, discrimination, labor and reform positions, and reactions to war, prompting them to produce concrete details and relevant facts. Students produce index cards and write 1–2 sentences per scrapbook page (Coming to America, Home, Work, Reform, World War I) and include artifacts such as maps, mock documents, photos, and lists that require them to gather and summarize factual information. Rubrics for both the dramatic presentation and the scrapbook require historical plausibility, accuracy about immigration/work/urban settings, inclusion of reasons for migration, and that all information be based on historical facts.

Students are asked to record observations and facts in the Local Survey (color, shape, texture, size, other traits) and to list differences between plants and animals. The Plants and Animals activities require students to research and document key components of leaves and limbs, and the Levels of Organization activity asks students to describe each level in one or two sentences and provide examples. The lesson includes explicit definitions (e.g., structure, function, behavior, levels of organization) and provides answer keys and web links for researching concrete details about structures.

Students are asked to define tree parts (cambium, sapwood, heartwood, roots, etc.) and describe what each part is for, which requires using relevant definitions and concrete details. Students label or create diagrams and sketch leaves, using factual information about structure and function. Students read a video and articles about plant adaptations and answer specific questions that require citing facts and examples (e.g., how mangroves reproduce, how baobabs store water).

Students read and use the Things to Know list and referenced webpages/videos to learn and cite definitions and factual details (e.g., pollen, ovule, embryo, cotyledon, testa). Students write a sentence comparing dried and presoaked seed coats, sketch seeds daily, label seed anatomy after dissection, and record concrete observational details about germination. Students create either a labeled flower model or a mostly-visual presentation that explains fertilization and identifies the flower parts and their roles, using factual information gathered from the readings and videos.

Students are given explicit definitions of "biotic" and "abiotic" factors and asked to identify three of each and describe their impacts on a macaranga tree (Activity 2). Students set up controlled experiments with radish seeds, record daily observations in prediction/Day 1–Day 4 tables, and use those concrete details to describe how soil type, light, and water influenced germination and growth. Students answer reflective prompts asking them to explain why some areas have minimal plant or animal life and how abiotic and biotic factors work together, requiring them to use facts and observed examples to support explanations.

Students are asked to research an animal's digestive system using search phrases and more than one source, take notes on major parts and interesting facts, and then summarize findings either as a brochure or a brief report. The brochure/report tasks require students to include major portions of the digestive process, a diagram of the digestive system, and the animal's scientific name, and instruct students to put information into their own words rather than copying. The photosynthesis activities require students to label chloroplast parts and answer factual questions (e.g., why chloroplasts are green, what chloroplasts use the Sun's energy to do), reinforcing use of facts and definitions.

Students read explicit definitions and "Things to Know" statements that define respiration, anaerobic respiration, and ATP, and they look up the word breathing to compare terms. Students follow the Activating Yeast procedure, take repeated measurements of balloon circumference, and use the provided chemical equations for fermentation and respiration to explain observations. In Options 1 and 2 students arrange images or create labeled diagrams showing inputs/outputs and organelles (chloroplast, mitochondrion) and use those details to represent photosynthesis and cellular respiration.

Students read background text and explicit definitions (e.g., "A stimulus is...", "Taxis occurs...", "Tropism occurs...") and answer comprehension questions that cite examples such as snakes' heat pits, blinking, and lizards discarding tails. Students collect concrete data in hands-on experiments (measure distances moved by earthworms, record trials for reaction-time tests, sketch germinating lima beans) and create a bar graph or complete activity pages to present those details. Students research an animal perception capability, record findings, draw diagrams, and prepare a presentation that uses examples and further explanation.

Students read explicit definitions and examples of learning types in the "Things to Know" section and apply those definitions to specific scenarios in Activity 1. Students use the "Animal Communication Notes" page to collect facts, details, and unique examples about a species' communication methods in Activity 2. Students are instructed to write a 1-2 paragraph summary in their own words (Option 1) and are told how to quote sources (use quotation marks and note the source); the poster option (Option 2) also requires including key facts and images.

Students are asked to identify and record relevant examples of ecological relationships by color-coding or creating a chart with columns labeled "Relationship," "Example," and "Who Benefits?" (Activity 1). Students write definitions and key facts on index cards or match vocabulary terms to definitions and illustrations, reinforcing factual definitions such as parasitism, mutualism, commensalism, predation, and symbiosis (Activity 2 and answer key). The provided answer key and student pages supply concrete details and example cases (e.g., tortoises and mites, finches eating ticks) that students use when completing tasks.

Students make lists of traits for each animal and are instructed to start with common traits and narrow down to distinguishing traits, using specific facts such as presence of lungs, type of egg environment, diets, and limb number. Students complete trait tables (e.g., columns for vertebra, hair/fur, opposable thumb, complex language) and use those concrete details to create cladograms. Students are directed to use external references (Animal Diversity Web) and a dictionary to confirm trait information and to explain the rationale for their groupings.

Students are instructed to research a chosen organism and complete focused pages/slides for Overview (with full taxonomy), Description, Nutrition (autotroph/heterotroph, photosynthesis location, root function, diet/specialized digestive systems), Ecological Relationships (describe at least one symbiotic relationship), Abiotic and Biotic factors (find and describe at least two of each), Reproduction, and Communication/Behavior (including examples of tropisms or taxis). The "Things to Study" and unit test items require definitions, examples, and short-answer explanations (e.g., difference between taxis and tropism, taxonomy ordering), and the product must present information through text and graphics so a viewer can understand the topic without narration.

Students complete a vocabulary-cube activity in which they write each word, its definition, an alternate definition, the part of speech, a synonym, and the word in a sentence. Students use sentences taken from the novel to choose the context-appropriate definition and part of speech for each vocabulary word. Students use a map activity to identify and record numbered places or events and to trace the rabbits' journey, producing concrete location-based details.

Students complete a Rabbit Research organizer that asks them to record scientific name, physical description, behavior, communication, reproduction, and lifespan of the European rabbit. Students fill character cards that require them to note physical appearance, character traits, actions, quotes, and others' reactions for many characters. In the Foreshadowing and Symbolism activity students read passages and are asked to describe what is being foreshadowed and to identify symbols, citing textual details and quotations.

Students are asked to use the Lapine Glossary and a list of English words borrowed from other languages to write several sentences or a short poem using at least 10 specific words, which requires use of defined vocabulary. Students must "record an example of the use of each characteristic in Watership Down" on the Fantasy and Epic organizer, which asks them to supply concrete examples for genre traits. Students create a Travel Tracker by drawing picture postcards of each setting encountered, which requires identifying and recording concrete setting details from the text.

The Skills section tells students to "cite the textual evidence that most strongly supports an analysis," which directs students to use facts or quotations from the text. Activity 2 (Strange Rabbits) asks students to "using information from the text, list some characteristics" for each group and to place textual traits in a Venn diagram, requiring selection of relevant details. Activity 1 (Latin Roots, Prefixes, and Suffixes) has students write definitions for words based on roots and passage context, which requires using contextual details and definitions to develop word meanings.

Students research the literary works cited in chapter quotations and record sentences explaining the work's culture/time period, themes, and why it is well known, then explain how the quote relates to the chapter (Activity 1). Students research the plants and animals named in Chapter 18, identify each as producer or consumer and note diets, then use that factual and technical information to create a food-web diagram or poster (Activity 2).

Students analyze Latin roots by hypothesizing word meanings and then looking up and recording dictionary definitions (Activity 1), which has them work directly with definitions. In the dramatic irony activity (Activity 2), students explain "what the reader knows," "what the characters believe," and the "effect on the reader" for given passages, requiring them to use concrete details from the text. The Option 1 postcard task asks students to read a story, find examples of dramatic irony, and write a brief card explaining what a character needs to know, which asks them to use examples from the text to support their explanation.

Students identify and define vocabulary in context and then look up two dictionary definitions for each word, recording which meaning matches the passage. Students locate two quotations from the reading, record the page numbers and reasons for choosing them in a journal, and discuss those passages with a parent. Students complete a Rabbit Societies chart by cutting and gluing boxes to record positive and negative traits of each rabbit group and of their leaders, documenting concrete details about each society.

Students are directed to conduct research using at least three sources and to record findings on the "Animal Research" page, including sections for habitat, diet, lifespan, physical appearance, family relationships, predators and defense, and sources. Students are asked to summarize Chapter 31 and the other El-ahrairah stories, identifying key events and ideas and recording observations about the stories' messages and values. The lesson provides explicit definitions of myth, legend, and folktale and asks students to collect character details including "memorable quotes" on character cards.

Students plan 2–3 specific characters by recording names, drawing images, and describing each character's personality including strengths and weaknesses, which requires supplying concrete descriptive details. Students also record quotes for each character, which gives practice including quotations as supporting information. The parent/skills notes state that students will write narratives using relevant descriptive details, signaling practice in developing topic-related description.

Students compare and contrast the physical settings of Efafra and Watership Down using a Venn diagram or artwork and write a 2-4 sentence reflection explaining how specific physical details give clues about each place. Students are instructed to refer back to the text when making observations, prompting use of textual details to support comparisons. In Activity 2, students draw and label a map (landforms, watering hole, vegetation, mountains) and consider events that could occur there based on characters, tying concrete map details to story development. The Parent Plan explicitly notes students will use relevant descriptive details to develop narratives.

Students are asked to update character cards with physical descriptions, traits, important actions, memorable quotes, and reactions, which requires gathering concrete details and quotations from the text. Students must write a 3–5 minute script for a dramatized scene, considering the actions characters take and the words they speak and deciding what to add or omit to bring the scene to life. The activity also asks students to include notes for music, lighting, or other effects, which encourages adding concrete stage directions and details to support their written scene.

The rubric's Content criterion asks that "the story combines factual knowledge with fictional elements" and that fantasy elements be "blended with realistic detail," which directs students to include concrete, realistic detail in their writing. The writing tasks tell students to "include additional details and events" from their plot diagram and to "select powerful, specific words" to establish mood and help the reader connect with the story. The sample story and planning sheets are provided for students to model use of detail and strong word choice in their own composition.

Students are asked to write short descriptions for each photo in Activity 2, explaining what each image shows about the Depression. In Option 2 students must record photo metadata (title, photographer, date, URL) and "any additional details that seem relevant," requiring them to gather concrete facts from the Library of Congress entries. Activity 1 and the Day 2 readings/questions require students to take notes and answer factual questions about causes, Dust Bowl conditions, and personal experiences, which involve selecting and using specific historical details.

Students read specific informational sections (e.g., "Trouble Abroad," "Blitzkrieg," "Pearl Harbor") and answer directed questions that require citing factual information (questions about rearmament of Germany, invasion of Poland, British air defenses, and the bombing of Pearl Harbor). Students add cards #124-126 to a timeline of U.S. history, which requires summarizing and placing factual events in context. In Activity 2 and the poster option, students must select and present historical information (through timeline entries or a recruiting poster) and, in Option 1, follow procedural, concrete steps to simulate extinguishing an incendiary device.

Students answer targeted reading questions that require them to state factual information about major World War II events (for example, the significance of the Battles of Coral Sea and Midway and Hitler's goals in pushing toward Stalingrad, Moscow, and Leningrad). Students read excerpts of soldiers' letters and are required to "react to at least one specific thing the letter writer wrote," which prompts use of concrete details or quotations from the text. Students also engage in activities (code/camouflage and reading selections) that supply concrete historical details they can reference in their responses.

Students read targeted informational selections and answer comprehension questions that require factual explanation (e.g., Question #1 asks why items were rationed; Questions #2-#4 ask for factual reasons and examples). Students complete the "Making a Difference" activity page by listing specific ideas for helping and writing how each action would make a difference. Students carry out a rationing exercise using real grocery receipts, requiring them to apply concrete data to explain how shopping and diets would change. The care-package activity asks students to choose items and explain their reasons for inclusion.

Students read specified pages from World War II for Kids and answer four comprehension questions that require use of concrete facts (e.g., Midway defeat, Stalingrad surrender, Italy's surrender, Operation Overlord) to explain changes in production and military readiness and to describe strategies. Students add timeline cards (numbers 124–129) with titles and dates to a timeline and then locate those events on a world map, which requires selecting and recording relevant factual information and dates for each event. The extension suggestions (Make a Ration Kit, V-Mail) and discussion prompts ask students to describe day-to-day soldier experiences using details from the chapter.

Students are prompted to take detailed notes while watching the World War II video, using section prompts (e.g., Pearl Harbor, Women in the War Effort, The B-17 Bomber) that require recording important details and observations. Students answer focused reading questions (e.g., reasons for choosing the D-Day date, goals of the Battle of the Bulge) that require citing factual details from the text. In Activity 2, students complete a multi-column chart about individuals (life before the war, role in the war, impacts on life/family), which asks them to develop topics with concrete details and historically plausible examples.

Students are prompted to define the term "anti-Semitic" and to take guided notes on Chapter 6, recording important details such as ways Jews escaped Europe, the purpose of ghettos, and specifics about concentration camps (including mention of Zyklon-B and the Final Solution). Activity prompts ask students to explain how Oskar Schindler kept Jews safe, to identify the Sonderkommando at Auschwitz, and to describe actions by Raoul Wallenberg and Carl Lutz, all requiring concrete factual details and examples. In the museum option, students must pick exhibits, explain which exhibit would be most useful and why, and describe online resources to review before a trip; in the art option, students must record title/artist/year/medium and answer "What does this artwork show us about the Holocaust?" and "What did you find particularly moving?", requiring use of relevant facts and examples.

Students complete Activity 2, which asks them to fill a chart column labeled "Facts and Advice/Estimates Available" and to answer "Do these facts support dropping atomic bombs on Japan?" and "Why or why not?", requiring them to collect and use relevant facts. Students read selections and answer questions that provide concrete details and numbers (e.g., casualty figures for Okinawa, estimates that an invasion might require up to 500,000 U.S. troops and extend the war by up to two years) that they can use in their responses. The activity also includes a writing prompt with space for students to justify a decision between invasion and use of atomic weapons, asking them to weigh facts and consequences in their written explanation.

Students are asked to write 2-4 sentence summaries and written paragraphs for exhibit sections (Option 2 and Option 1 During sections) that explain events or themes, requiring concrete explanatory content. Students must include at least one brief primary source (a quotation or other non-image primary source) on each poster and cite images, as specified in the project directions. The rubric explicitly assesses inclusion of primary sources, historical accuracy, well-written summaries, and the use of relevant information across the exhibit.

Students read and work with explicit facts and definitions (e.g., definitions of geology, stratigraphy, principle of superposition, original horizontality, lateral continuity, and descriptions of relative vs. radiometric dating). Students use concrete details and numeric data (half-lives table for uranium, potassium, carbon-14 and example isotope ratios) to calculate ages and create date ranges in the Radiometric Dating activity. Students sort fossils, order strata, and answer comprehension questions that require using definitions and examples (Relative Dating activity and Sands of Time conclusion).

The lesson gives students vocabulary definitions (Lithosphere, Asthenosphere) and many specific facts and examples (rates of plate movement, examples of convergent/divergent/transform boundaries such as the Andes, Himalayas, San Andreas). Students build a 7.5 m "Deep Time" timeline and are instructed to mark events with dates, images, and (optionally) brief explanations; Activity 3 and the Plate Tectonic Timeline Cards require students to place dated event cards with factual descriptions. Students answer content questions (e.g., age of ocean floors, locations of trenches, clues to continental drift) that require using concrete details from the text.

Students read focused content (pages 180–185) and a clear "Things to Know" list that provides dates, definitions (e.g., Precambrian, names and lengths of eons), and concrete facts about oxygen production and early life. The question set (especially Q3: "When did life first appear... How do we know?") requires students to state facts and cite evidence (fossilized bacteria, greenstone belts, iron deposits). The Timeline Cards activity gives students dated facts and concise descriptions to organize and use as examples when explaining the development of life.

Students read a definition of evolution and multiple explanatory passages that present facts and concrete details from the fossil record (e.g., changes in fossil types by rock layer, examples of homologous forelimb bones). Students answer specific comprehension questions (who discovered evolution, why fossils were shocking, what deeper rock layers revealed) and complete Activity 1 question 3 asking how paleontologists use the progression of fossils to support evolution. The parent plan and wrap-up prompt students to summarize lines of evidence (fossil progression, comparative anatomy) which requires citing relevant facts and definitions.

Students are given explicit definitions and facts (definitions of species, natural selection, and artificial selection) and a concrete deer example that illustrates selection in practice. Students read explanatory text about Darwin, pigeons, dogs, and wheat and answer comprehension questions that ask them to describe Darwin's theory and natural selection. Students use the Generations data table and related questions to compute and interpret numerical evidence about how many generations different species experience, applying concrete details to compare rates of change.

Students read assigned pages and are provided explicit definitions (e.g., "mutation" and "genetic variation") and concrete examples (eye color, sickle-cell anemia, peppered moth). Students collect and record quantitative observations across generations in tables during the colored-dots activity and answer explanatory questions that require citing those observations. The lesson also directs students to watch a documentary segment and to discuss how genetic variation helps populations adapt, giving multiple pieces of factual and example-based material to use.

Students are given an explicit definition of convergent evolution and many concrete examples (sharks/dolphins/ichthyosaurs, flying adaptations, webbed toes, etc.). Students must research a convergent-evolution example and complete structured sections for multiple species (name, habitat/challenge, similarities, differences). Option 1 requires writing a paragraph that describes the environmental challenge and details similarities/differences (the sample paragraph even includes a specific numeric fact about optimal streamlined shape). Option 2 requires creating a poster with detailed anatomical drawings and brief descriptions, prompting use of facts and concrete details.

Students are asked to provide specific facts and definitions on the unit review (e.g., define evolution, list the four major eons, explain relative vs radiometric dating) and to give multiple lines of evidence for evolution on both the unit test and the Fast Forward rubric. In the Evolution and Religion project, students must document religious and scientific evidence side-by-side, interview at least two people, note what evidence each side uses, and draw conclusions from that evidence. Rubrics and activity pages explicitly require students to name and describe mass extinctions, explain the geologic column and principle of superposition, and provide examples for convergent evolution.

Students research and record factual information in the "World War II Detective" activity (boxes for when, where, sides involved, leaders, reasons for the war, role of the U.S., Holocaust, how the war ended). Students gather biographical facts about Markus Zusak and then produce an informational poster or a 90-second radio promotion that must include factual details to interest an audience. In Personification Option 1 students write detailed descriptions of three abstract things and in the Color and Tone activity students write three sentences using colors to explain feelings, both requiring selection and use of concrete details and definitions (figurative language, tone).

Students look up six vocabulary words and write definitions in their own words as they create a mini picture dictionary, directly practicing writing definitions. Students identify and analyze similes and metaphors from quoted passages, choose quotes, and explain why those quotes function as similes or metaphors and what effect they produce. Students copy words and contextual sentences and create symbols or illustrations that connect definitions to concrete images.

Students are directed to complete a "Historical References" activity page using linked sources to answer specific questions about Communists, the Nazi use of the term "Aryan," goals in Mein Kampf, anti-Semitism, and the meaning of yellow stars, which requires finding facts and definitions. In the "Propaganda" activity, students choose three Nazi posters from a provided archive and write which group each targets, the poster's goal, and what makes each poster effective, requiring concrete details and examples. Students also record examples of propaganda from the day's reading on a chart, citing scenes such as the book burning, speeches, and parade/ceremony as evidence.

Students are asked to find and record examples of effective images from the novel, citing page numbers and noting quotations that appeal to the five senses. In the "Five Senses Writing" activity, students generate concrete sensory details at multiple stages (holding, unwrapping, sucking, biting) and then use those notes to write a descriptive paragraph. In the "Special Books" activity, students list five books and write a sentence or two explaining why each is valuable, prompting them to provide reasons and examples.

Students read and analyze excerpts from the Nuremberg Laws and answer content questions about eligibility for citizenship, rights denied to non-citizens, and the purpose of the Hitler Youth, which requires using factual definitions and legal language. Students record examples of propaganda from the reading and cite character actions that may have been influenced by propaganda, using textual examples. In the "Be Specific" activity, students revise sentences and short phrases to add concrete details, stronger word choices, and descriptive examples that make meanings more precise.

Students learn and use definitions of common logical fallacies (Slippery Slope, Bandwagon, Genetic Fallacy, Hasty Generalization, Post Hoc, Appeal to Improper Authority) as presented on the "Understanding Logical Fallacies" pages. Students identify fallacies in real ads (Link A and Link B) and in quoted passages from The German National Catechism, and they answer prompts asking them to explain why an argument may have been effective. Students are asked to identify emotions the arguments appeal to, analyze specific propaganda quotes, and in Option 2 to identify three persuasive arguments from a provided historical excerpt.

Students are asked to locate and record examples of figurative language and are given definitions for personification, simile, metaphor, and onomatopoeia, which requires identifying examples and matching them to definitions. In Activity 2 (Painting Sentences), students expand basic sentences by adding how/when/where details, painting the subject, and elaborating a chosen word, producing more concrete and specific sentence-level details. The parent plan and answer key list concrete examples of figurative devices for students to compare with their findings.

Students are asked to record examples of propaganda from the assigned pages and the Propaganda activity, which requires identifying specific textual examples (e.g., characters saying "heil Hitler," descriptions of the march). In the Relationship Web activity students must research and write about the types and significance of relationships between Liesel and other characters, providing concrete descriptions of interpersonal dynamics. In the War Journalism activity students read an article, view newsreel footage, and read an Ernie Pyle column, then answer questions that require citing examples, distinguishing informational content from propaganda, and giving examples from Pyle's writing.

Students are asked to collect and record textual examples throughout the activities (e.g., record examples of propaganda on the Propaganda page and find phrases/sentences that fit categories). In Activity 1 Option 2 (Primary Sources vs. Historical Fiction), students must brainstorm advantages/disadvantages and then choose three ideas in Part II and provide specific examples from either the primary source readings or The Book Thief. The Descriptive Examples page directs students to quote specific lines (e.g., "Their voices kneaded methodically…") and explain why those examples are effective.

Students are instructed in Option 1 to conduct an interview using specific guiding questions (background, highlights/challenges, important decisions, who was affected, significance, lessons learned) and to "jot down the important parts of the person's answers." Option 2 directs students to create a map or diagram that "explain[s] the significance of each stop of the journey and how his physical and/or emotional state changed," and to "choose the most important details that communicate the importance of the journey." The lesson also tells students to be "more detailed about the significance of stops" and suggests using recorded or emailed interviews so students can refer back to exact responses.

Students are asked to define figurative devices and provide examples from the book in the "Teaching Figuratively" task, which requires locating textual examples and creating original examples. The propaganda-poster activity directs students to analyze posters with prompts about how each poster is propaganda, what emotions it targets, logical fallacies, and how design features add to the message, requiring concrete details and analysis. The censorship assignment asks students to take a position and write reasons with examples or specifics to back up two reasons and to anticipate and refute an opponent's argument.

Students use provided numerical data (pre-war population, war-related deaths, GDP for 1938 and 1945) to complete a chart and calculate deaths as a percentage of pre-war population and to graph GDP changes. Students examine historical photographs and are asked to describe material damage and explain what specific images helped them understand about the end of World War II. Students analyze historical and modern advertisements using directed questions that require them to note images, words/phrases, target audience, similarities/differences, and evaluate effectiveness—all prompting use of concrete details and examples.

Students read explicit definitions and factual summaries in the "Things to Know" section (definitions of the Cold War, communism, the Truman Doctrine, and the Marshall Plan). Students read short State Department articles and primary-source links (Truman's speech and Wallace's letter), and answer guided summary questions that ask them to summarize the Truman Doctrine and the Marshall Plan. Students take notes on the video and complete worksheet questions that require recalling concrete facts (e.g., interstate cost, number of houses built, nuclear spending, ICBM range).

Students are asked to identify and answer factual reading questions (Questions 1–4) about the Bay of Pigs and the Cuban Missile Crisis. The Things to Know section gives explicit definitions and concrete details (e.g., definitions of the Bay of Pigs, the Cuban Missile Crisis, the Red Scare, and HUAC) that students use. Option 2 directs students to read Kennedy's speech transcript and to "List 3 facts that JFK provided," and Option 1 asks students to analyze options, list advantages and disadvantages, and explain their chosen course of action.

Students read biographical sketches and focused readings (Claudette Colvin, Elizabeth Eckford, and several biographies in Free At Last) and are asked to extract information. In Activity 1 they complete a graphic organizer with full-sentence descriptions of personality traits, actions during arrest, and reasons for impact for Claudette Colvin and Rosa Parks. In Activity 2 students must use details from the biographies to write either a memorial poem that draws connections between two lives or a two-paragraph newspaper clipping (first paragraph explaining how the person died, second describing life and activism).

Students read primary and secondary texts and answer comprehension questions that require factual responses (e.g., questions about Carolyn McKinstry's parents, reactions to sit-ins, and CORE). Students are instructed to read and listen to Dr. King's "I Have a Dream" speech and to highlight or underline particularly powerful phrases, which asks them to identify quotations and strong textual details. Students who choose Option 2 complete a graphic organizer comparing two speeches with prompts to note dates, audiences, key ideas, themes, occasions, and goals, which requires citing and organizing evidence from both texts.

Students answer guided reading questions that require specific factual information (e.g., why Hartman Turnbow's home was firebombed, tactics used to prevent African Americans from voting, and what the Voting Rights Act did). The "Things to Know" section and reading excerpt provide concrete facts and historical details that students must use. Activity 1 asks students to describe a selected photograph and identify when/where it was taken and who took it, and Activity 2 asks students to list 3–4 reasons to participate, brainstorm objections and counter-arguments, and prepare historically accurate responses for a role-played conversation.

Students are required to write a 2–3 minute speech that must include at least one quotation from Cesar Chavez, information about worker treatment, and at least two reasons to support a boycott, which directs them to use quotations, concrete details, and relevant facts. In Option 1, students choose 2–3 Chavez quotations and create a collage using images and decorative details to convey message, requiring selection and use of quotations and examples. The Venn diagram activity asks students to write facts specific to the SCLC and Black Panthers and list similarities, prompting the use of concrete details and comparisons to develop a topic.

Students read a factual web page and answer guided questions that require use of concrete facts (e.g., the 75,000 North Korean troops crossing the 38th parallel, the 1953 armistice) and causal explanations. Students watch veteran interviews and are instructed to note powerful memories and quotations from veterans for later use. Students are prompted to write a proposal or a letter that asks them to explain why the U.S. was involved, propose a central message, and provide specific details to help people remember the war.

Students read multiple primary and secondary sources (U.S. Department of State webpages on the Gulf of Tonkin, the Tet Offensive, and Ending the Vietnam War) and answer direct comprehension questions that require facts and definitions (e.g., what the Gulf of Tonkin Resolution authorized; what Tet is; the impact of the Tet Offensive). Students add specific cards (#158-160) to a timeline of U.S. history, which requires selecting and recording concrete historical details. Students review veterans' interviews and memoirs, which provide concrete examples and firsthand details for use in discussion or writing.

Students are prompted to write a 3–5 sentence discussion for a flier (Option 2), requiring them to state an issue and provide explanatory sentences. In the Television activity students complete a review with prompts for plot summary, what the show is about, and "What can you learn about the 1960s?", which asks them to develop ideas with concrete details from the episode. In the Music activity students identify each song's message, note specific lyrics that struck them (a quotation), describe the music, and compare two songs, which requires using examples and evidence from the songs.

Students are asked to collect seven artifacts/documents (Cold War, Korean War, Vietnam, Civil Rights, anti-war movement, another 1960s activism, and 1960s culture) and to complete artifact description slips that answer what each item is and what it will help future archaeologists understand. Students must produce written items (a fake letter from a soldier, a speech for an anti-war rally, or a written list of goals for an activist movement) and gather historic documents, images, and newspaper clippings as supporting materials. The Time Capsule Rubric requires inclusion of artifacts with descriptions and evaluates the explanations students provide for each item.

Students read assigned pages about body systems and take notes on what each system does and which systems interact or depend on each other. Students write brief descriptions for each system (Option 2) or match and paste system descriptions (Option 1), and draw arrows with written explanations of how systems benefit one another. In Activity 2, students brainstorm effects of health decisions, research topics on the KidsHealth website, and write descriptions of additional body systems affected.

Students read specific informational pages (pp. 24-29, 36-37) and answer targeted questions that require factual responses (e.g., what tissues make up organs; function of the cell membrane). Students create a bead model and drawings that represent cells, tissues, organs, and systems and respond to reflective prompts that ask for explanations and examples (e.g., why organs contain different tissues; give examples of organs used in more than one system). Students perform dissections or observations (carrot or earthworm) and identify and label structures, then write answers identifying tissue types and functions.

Students read assigned pages and a "Things to Know" list that provides explicit facts and definitions about bones, joints, and muscle types (e.g., synovial fluid, spongy vs. compact bone, skeletal/cardiac/smooth muscle). In Activity 1 students record observations and identify which specific muscles and bones produced each movement, using textbook images or internet sources as supporting information. In Activities 2 and 3 students match joint types to body and mechanical examples and label/cut-and-paste and sketch specific bones and muscles, using concrete details and examples from the text to support their answers and labels.

Students read the "Things to Know" definition of the cardiovascular system and assigned pages in The Concise Human Body Book, then answer targeted questions that require facts and definitions (e.g., blood functions, components and their functions, vessel types and differences, heartbeat phases). Students label and color diagrams of the cardiovascular system and heart, identifying specific parts (aorta, vena cavae, carotids, jugulars, ventricles, atria) and use red/blue coding to represent oxygenation, which reinforces concrete details about function and flow. In the heart-pump activity students demonstrate and explain how valves prevent backflow, requiring them to state causal facts and relate the model to real heart function.

Students read informational text about the respiratory system (pp. 160-170) and are asked to understand major functions and structure, providing factual content and definitions (e.g., alveoli, gas exchange). Students create a labeled diagram by cutting, pasting, and labeling parts of the respiratory system, which requires identifying and using correct terminology and concrete details. Students build a respiration flowchart and answer analysis questions in the Breathe In, Breathe Out activity, recording experimental results and explaining why exhaled air is acidic (linking carbon dioxide to pH changes). Students complete calculations in The Air You Breathe activity that use percentage facts to explain oxygen and carbon dioxide volumes, reinforcing use of quantitative details.

Students are assigned to read pages 210–231 of The Concise Human Body Book and answer factual questions (e.g., primary function of the digestive system; organs; function of bile; examples of symbiotic relationships). In Activity 1 students must "describe what happens" to a food particle at each digestive stage (mouth, esophagus, stomach, small intestine, large intestine, rectum), which requires using concrete details and factual processes. In Activity 2 students color, cut out, paste, and label organs (esophagus, stomach, small intestine, large intestine, liver, pancreas, gallbladder), reinforcing factual definitions and component functions.

Students read targeted textbook pages and answer specific content questions that require factual details (e.g., how blood enters/exits the kidneys, the roles of ADH and aldosterone, what nephrons are, and how much blood kidneys process). The "Things to Know" section lists key functions and definitions that students must use. In Activity 1 students must create a comic that narrates a water droplet's path and explicitly include named structures and filtration details; Activity 2 requires labeling and coloring the kidneys, ureters, bladder, and urethra using a reference diagram.

Students read assigned pages about the endocrine system and answer targeted short-answer questions (e.g., explain how hormones reach target tissues; compare speed and duration of nervous vs. endocrine signaling), which requires them to use definitions and factual details. In Activity 1 students match glands, hormone names, and hormone functions using book pages and a Hopkins Medicine chart, which has them gather and apply concrete facts and examples. The Things to Know and Activities sections provide explicit definitions (e.g., hormones, hypothalamus, pituitary) and functions that students must use in their responses and matching tasks.

Students are asked in Activity 1 to research and write a paragraph or prepare a two-minute presentation that explains the functions of specified reproductive organs in their own words, which requires gathering and using factual information. The reading pages, Q&A (definitions of embryo/fetus and role of the placenta), and the pregnancy activity cards provide concrete factual details (weeks, lengths, developmental milestones) that students can use to develop their topic. The Reproductive System Research Worksheet directs students to provide functions for each listed organ, prompting them to include relevant facts and concrete details in their explanations.

Students read targeted pages and answer direct content questions that require factual responses and definitions (e.g., differences in neuron structure, roles of CNS/PNS/ANS, brain protection and functions). In activities, students label and color brain regions with associated functions, sequence and label steps of a nerve impulse, and build or describe a neuron model by naming parts and explaining their functions. The lesson also asks students to provide examples (e.g., sympathetic vs. parasympathetic effects) and to perform brief written or oral explanations of observed experiment results.

Students read assigned textbook pages and web resources about homeostasis and the hypothalamus. Students complete a matching activity identifying which organ systems correspond to listed organs and their homeostasis roles. Students collect pulse data across trials, convert counts to beats per minute, create a line graph, and answer questions including explaining how the body restores homeostasis and identifying compounds that need restoration.

Students read specific pages and answer direct questions that require brief factual responses (e.g., defining puberty and identifying genetics and lifestyle as determinants of lifespan). In Activity 1 students list concrete, observable changes from birth to present and create a timeline, producing detailed examples about growth. In Activity 2 students label at least four environmental issues, explain possible negative consequences, connect those effects to body parts, and may use linked WHO and university resources to gather relevant facts and details.

Students are required to create 2–4 slides or poster boards for each body system that include the function of the system, two ways the system is interdependent with other systems, and a labeled system diagram. The project rubric explicitly evaluates content for explanations of functions and interdependencies and the clarity/comprehensibility of information. The unit assessments ask students to match systems to functions, provide examples of interdependent systems, label organs, and short-answer items that require concrete factual responses.

Students watch a video on Alabama in the 1930s and create a mind map that organizes historical information and connections (e.g., Great Depression effects, Jim Crow segregation). The Parent Plan lists specific factual items students are expected to include on their maps (WPA, Dust Bowl, segregation in public spaces, lynchings, Civil Rights figures). Students then answer a journal question asking whether they would have wanted to live in Alabama in the 1930s and why, prompting use of the gathered facts and details to support their response.

Students are asked to refer to specific examples from the book in their literature response (QUESTION #1), which requires them to use concrete examples to support their reflections. In the journal activity, students must record three personal events and explain how each could inspire a novel and impact readers, which asks for development with explanations and illustrative details. The vocabulary activities require students to produce their own definitions and verify dictionary definitions, giving practice with definitions that could be used to develop a topic.

Students are directed to read chapters 1 and 5 and list five things Jem and Scout think about Boo under "Hearsay and Gossip" and five things under "Personal Experience and Reliable Sources," which requires them to locate and record facts and details from the text. The activity asks students to compare and contrast the two columns and to "develop your own hypothesis about who Boo really is," prompting them to use gathered information to support a claim. The Parent Plan skills statement explicitly mentions citing textual evidence that supports analysis, and the lesson asks students to review the meaning of "hearsay," providing a definition for use in classifying information.

Students record character information on a Character Line-Up chart, filling in brief descriptions, memorable descriptions from the text, quotes, and memorable actions for each character. Students write a literature response after reading chapters 8–9 that requires them to include at least one quotation from the section and explain its meaning and importance. Sample answers and the chart structure show students collecting concrete details and textual quotations about characters to use in their responses.

Students practice identifying and distinguishing quotations, paraphrases, and summaries in Activity 1 Part I and are asked in Part II to record a direct quotation (with page number), write a paraphrase, and summarize character changes. The parent guidance and activity instructions explicitly tell students to refer to specific examples from the text to support their ideas in the literary response. Activity 2 asks students to write two or three sentences on the back of a mounted image describing how the image relates to the story, requiring students to connect evidence to interpretation.

Students are asked to read chapters 16–17 and answer comprehension questions that require describing courtroom atmosphere, character attitudes, and Atticus's tactics, which asks them to recount events and traits. The Parent Plan states students will "determine a theme or central idea... and provide an objective summary," which requires students to organize and state information about identity and the trial. Activity 2 asks students to explain their collage or grab-bag choices to a family member, prompting students to articulate aspects of a topic (their identity) with supporting details or examples.

Students read multiple real examples/quotations of Jim Crow laws from different states and are asked to use words and phrases from those historical texts to create a "found poem," giving practice in selecting language from primary-source material. Students also write a 7–9 sentence summary of chapters 21–23 of To Kill a Mockingbird, which requires them to identify and include the most important events and omit small details. Parent notes explicitly state that students will learn about the impact of Jim Crow laws and revisit the text for accuracy and clarity.

Students are given a definition of symbol and two explicit quotations from the novel (Atticus's remark about shooting mockingbirds and Mr. Underwood's editorial) that they can use as textual evidence. The Mockingbird activity asks students to fill a graphic organizer with examples from the book where innocence is threatened or destroyed, and the Parent Plan lists concrete examples (Scout shamed for reading, Atticus scorned, Tom Robinson falsely accused and shot). The activity prompt and supporting materials therefore require students to locate facts, concrete details, and quotations from the text to illustrate the central idea.

Students are asked in the "Wise Words" activity to choose five quotations from the novel, explain each quote in their own words, and to select one quote to memorize and display creatively, citing the source. The student activity page includes an example explanation showing how to restate a quotation in simpler terms. In the Venn diagram and diary-entry options, students must articulate a character's perceptions, thoughts, feelings, and reactions about specific scenes, listing similarities and differences as concrete observations.

Students are instructed to keep a running list of similarities and differences between the novel and the film, which requires identifying concrete details and examples from both sources. The student activity page asks students to answer analytic questions (e.g., which changes were biggest and why), prompting students to explain interpretations and support them with examples from the book and movie. Option tasks ask students to write a summary sentence and include "other pertinent information" on a poster or to write a 2–3 minute script of a deleted scene, which require selecting and presenting relevant story details.

Students are directed to include information from the text and personal reactions in an organized oral presentation, with slides specified for Historical Context, Character, Plot, and Themes. The rubric and parent/skills sections require students to support judgments through references to the text and to "use text to highlight important terms or to display relevant, powerful quotations." The study guide and unit test ask students to name themes and provide book examples, choose and paraphrase quotations, and give examples of how historical terms (e.g., Jim Crow, segregation) affected events in the novel.

The illustrated-essay option requires students to research and write a paragraph for each subtopic that includes an overview, how the technology improved on earlier options, and how it changed America, directing students to gather relevant facts and concrete details. The Brainstorming and Choosing a Topic pages ask students to record "what I learned," "what I want to know," and specific websites to use, guiding selection of relevant sources. Activity instructions state students will use primary sources, do research, and cite sources properly, and the rubrics (Illustrated Essay and National History Day) evaluate inclusion of primary/secondary sources, accuracy, and connection between evidence and claims.

Students plot and analyze census population data by creating line graphs (Activity 1) and calculating each city's percent of the U.S. population for 1950 and 2010 (Activity 2). Students read and take notes on an NPR piece about the Immigration Act of 1965 and a CFR backgrounder on modern immigration viewpoints (Activities 3 and 4). Students write short responses: brief reflections on three stakeholder scenarios (Activity 3) and a 3–5 sentence letter to the editor arguing for or against an immigration policy (Activity 4).

Students read U.S. State Department history articles and answer factual questions (e.g., naming Nixon's China normalization and SALT I, and identifying the date the Berlin Wall began to be dismantled). Students complete Activity 1 by summarizing each president's foreign policy, listing major problems and foreign policy successes using details from the readings. For the final project (Option 1) students are required to write a 1st-paragraph draft that includes an overview, how the technology improved on earlier options, how it changed America, and to cite sources, which directs them to include relevant facts, examples, and source-based information.

Students are asked to identify and record a particularly powerful sentence or idea from presidential speeches and explain its meaning and whether they agree, which requires locating and using quotations and interpreting them. In the Landmark Court Cases activity, students write a short summary, describe the court's decision, and explain who would support or oppose the ruling and why, which asks for concrete details, examples, and relevant facts. The Environmental Activism task directs students to conduct research using reliable news sources, familiarize themselves with different positions, and use that information to create a persuasive product, which requires gathering facts and examples to develop a claim.

Students are asked in Activity 1 (Emerging Technologies) to write about each technology's impact, research unfamiliar technologies, and justify their top-rated technology with real-life examples. In Activity 3 (Space Age Technology) students must identify when a space technology was developed, explain why NASA created it, describe its uses in the space program and outside it, and give an example of how it might touch their own life. In the final project (Illustrated Essay) students must draft a paragraph that includes an overview of a technology's development, how it improved on earlier options, how it changed America, and must cite sources; the National History Day option requires students to identify and describe three primary and five secondary sources and record correct MLA citations.

Students read a detailed History.com article and answer four factual comprehension questions (identifying Al-Qaeda, targets hit, why Flight 93 failed, and Operation Enduring Freedom). In Option 1, students interview an adult and then write a 5–10 sentence informal reaction paper describing how the interview helped them understand 9/11 more personally. In Option 2, students examine supporting documents for three Smithsonian/ museum artifacts and write a short paragraph for each artifact explaining what it symbolizes and how it helped them understand the events.

Students are asked to write a rough draft of Paragraph 3 of an illustrated essay that must include a 1–2 sentence overview of a technology's development, how it improved on earlier options, and how it changed America, and they are instructed to cite sources. Students analyze numeric data on women's college enrollment from 1970–2010, create a graph, and answer specific percent and change questions using concrete data. Students listen to and analyze four songs, filling in details about theme, style, mood, and evidence of new technologies, thereby using concrete examples and observations to develop their responses.

Students are asked to write an introductory paragraph naming three technologies they will discuss and explaining why they are important, and to write a concluding paragraph that summarizes the changes in technology. The instructions require that students include appropriate citations for each paragraph and prepare a visually organized presentation of their essay. For the History Day option, students must write a process paper answering "How did you choose your topic?" and "What is your plan for research?", and the unit test includes a short-answer question asking about an important technology and its impact.

Students read informational text (assigned pages in Boy's/Girl's Guide) that presents facts about hormones, stress, and depression and answer Questions #1-3 asking for reasons moods change, healthy coping strategies, and signs of depression. In Activity 2 (Stress and Anger Management) students identify the cause of stress in scenarios, judge whether responses are healthy or unhealthy, and explain how to make responses healthier. The worksheet prompts students to provide explanations and examples of better responses, requiring them to use concrete details from the scenarios to support their answers.

In Activity 1, students are instructed to research five health/beauty products, write down product names and any claims made on packaging or in commercials, and compare prices and similar, cheaper alternatives. The Student Activity Page requires students to record Product Name, Claims, and Other Similar Products That Cost Less, prompting collection of concrete details and examples. In Activity 2, students list three fads from their community and evaluate each for cost, positive impacts, and negative consequences, and the lesson provides a definition of a fad for students to use.

Students read and use explicit definitions (e.g., "A communicable disease is an infectious disease," "A pathogen is a germ," "A chronic disease is a disease with a long-term duration") found in the Things to Know section. Students sort named illnesses into communicable and chronic categories in Activity 1, using concrete examples. Students answer guided questions that require factual responses (e.g., ways to reduce infection, factors contributing to chronic disease) and are asked to research one of five chronic diseases and create a public awareness poster listing at least four things people can do to reduce risk. Students also create a PSA (Activity 4) or a poster/script that requires them to gather and present relevant facts and examples about a teen health issue.

Students are asked to summarize a website by creating a list, in their own words, of steps for resolving conflict and to write a 2–3 sentence reflection on how they handled a past conflict. Students answer questions that ask for definitions and examples (e.g., defining bullying and listing qualities of friends). Students complete a chart evaluating friendship qualities with concrete criteria and create lists (ten things to look for in a dating partner; three questions about sex) that draw on reading and examples.

Students gather and record definitions and specific facts about many drugs using a structured chart that asks "What is it?" and "Effects of Abusing it," directing them to videos and an online booklet (Activity 1). Students are asked to produce written products that require factual development: an email explaining to a cousin why not to smoke, a poster outlining dangers of chewing tobacco, a one-minute PSA explaining why drugs/alcohol/tobacco are dangerous, and a five-item list of convincing reasons to avoid alcohol (Activities 2–4). The provided answer key and parent guidance model concrete details and long- and short-term effects (e.g., addiction, organ damage, overdose) that students are expected to record and use in their writing.

Students collect and record detailed facts in a three-day food journal (servings by food group, whole-grain and low-fat markers), calculate BMI using the provided formula, and interpret nutrition facts panels by answering questions about serving size, calories, fats, and % Daily Value. Students are asked to analyze their journals (compare servings to recommended amounts, list steps to improve diet) and to create a 10–12 minute lesson in which they must explain the food pyramid, define and calculate BMI, and demonstrate how to read and use food labels. Several activities require written charts, calculations, and answers to label-analysis questions that use concrete data from labels and personal measurements.

Students assess their current health using prompts that reference concrete guidelines (e.g., the food pyramid, questions about diet, and the 60 minutes of daily physical activity). Students write specific action plans with concrete steps and examples (for example: "Every day I will eat at least two pieces of fruit and two servings of vegetables" and limiting sugary sweets to two per day). The materials provide a direct definition students can use in writing ("Accountability means asking someone else to hold you responsible") and include structured student pages for recording goals, actions, and obstacles.

Students read both Longfellow's poem and Paul Revere's first-person account and are asked to mark phrases and lines they find effective and significant. Students complete a Venn diagram comparing "Paul Revere's Account" and "Longfellow's Poem," noting similarities and differences in content, use of literary language, and specific details. The answer key and parent notes point out factual details in Revere's account and memorable language in the poem, which students must identify and cite in their comparisons.

Students are given explicit definitions of figurative language terms (metaphor, hyperbole, irony, idiom, personification, imagery) that they can use as informational support. Students analyze poems and are directed to identify examples and quote lines (e.g., comparing lines from "Hope is the thing with feathers" and "There is no frigate like a book," and finding personification in "Paul Revere's Ride"). Students complete poet cards by recording factual information (birth/death dates) and writing 2–3 interesting facts about each poet, which requires locating and noting relevant facts and examples.

Students reread explicit definitions of poetic forms (lyric, sonnet, ballad, blank verse, iambic pentameter, haiku, limerick) and are asked to use those definitions in responses. In Question 1 students mark unstressed/stressed syllables, determine iambic pentameter, and explain whether a poem is a sonnet using structural facts. In Questions 2–5 students analyze poems (Longfellow, John Henry, Snow-storm) and compare rhyme schemes and qualities, which requires citing poem features and examples to support their answers.

Students are asked in Option 1 to "record at least one line from two different poems by Poe that, in your opinion, demonstrates that focus," which requires selecting and citing quotations as support. In Reading and Questions, students explain the irony in "Alone" by referring to imagery in the text and mark end rhyme and internal rhyme patterns in "The Raven," which requires identifying and using concrete textual details and examples. The commas activity asks students to add commas to lines quoted from poems and to explain their reasoning, prompting use of specific textual excerpts as evidence.

The Poem Analysis activity asks students to identify and provide examples of sound devices, figurative language, and imagery and to state the poem's literal and symbolic meanings, which prompts students to cite lines or examples from the poem. The vocabulary activities require students to match terms with definitions and to produce examples for terms in Option 2, so students must generate and use concrete definitions and examples. The student prompts asking for a favorite image or line and for what the speaker's attitude seems to be lead students to extract specific lines or quotations to support their answers.

Students are asked to go outside, jot down sensory words and phrases, and write a nature poem that uses descriptive language and at least one simile or metaphor to help readers experience a scene. Students are instructed to copy key sections or stanzas of poems into the activity page, which requires selecting and reproducing textual examples. In the Hyphens and Dashes activity, students analyze specific hyphenated words and dashes in poems and answer questions about their function using lines from the poems as evidence.

Students read explicit definitions and features of two lyric forms: the elegy (including its typical sections of sorrow, praise, and comfort) and the villanelle (structure, refrains, and rhyme pattern). Students answer focused questions that require them to apply these definitions to specific poems (deciding whether a poem functions as an elegy and comparing how two poems adhere to villanelle rules). Students are directed to analyze poems on assigned pages and to explain how poems use form and language, which requires citing or referencing poem elements in their responses.

Students are asked to write a poem that explains how to use a punctuation mark (Option 1), which directs them to teach another student about the mark and can require including rules or examples. Option 2 requires students to compose a punctuated poem and then on a separate sheet "describe why you used each punctuation mark," explicitly prompting explanations of function (e.g., "In line 1, the comma separates 2 coordinate adjectives"). The Reading questions also direct students to look up the meaning of "deferred" and then apply that definition when rereading a poem, showing use of definitions to interpret text.

Students are directed in Option 1 to do online research and fill in a "Poet Research" sheet that asks for specific factual details (where the poet was born, places they lived, childhood/family, struggles, when they started writing, influences, types of poetry, other genres, career, awards, and additional poems read). Option 2 asks students to find at least two additional poems, create a "Poet Card," and record a "Favorite Poem" and "Interesting Facts," which requires selecting and recording concrete examples and information. The directions explicitly require students to read additional poems and record biographical and bibliographical facts, prompting them to gather and present relevant evidence about the poet.