Students are asked to find one or two sources for weather data (with AccuWeather and the National Weather Service explicitly recommended) and to watch a local forecast. They must brainstorm audiences and rewrite the forecast so it is most useful to a chosen audience, and they are encouraged to explore the recommended websites for detailed weather information. The materials also describe weather prediction as probabilistic, which introduces the idea of using data and instruments (e.g., barometer, anemometer) when making forecasts.

Students collect and record quantitative weather data in a 14-day Weather Journal (temperature in °F, wind speed/direction, air pressure, humidity, heat index, wind chill, precipitation) and are instructed to read thermometers and record temperatures. Students answer questions about where the Sun's rays are most direct and what the temperature is like there, and complete a Model the Seasons activity that connects angle of sunlight to regional temperatures. Students are prompted to begin making their own weather forecasts in the Notes/Forecast column and to compare their thermometer readings with local weather station data, discussing reasons for any differences.

Students make hypotheses, collect experimental data, record observations, and draw conclusions in the "Air on the Move" experiment and the "When Warm and Cold Air Meet" activity. Students record barometric pressure, wind speed and direction in a weather journal and use the Wind Chill Chart, Beaufort scale, and online resources (AccuWeather and the provided barometric readings link) to determine wind chill, frostbite risk, and to predict weather. Students build and use an anemometer to generate quantitative rotation counts which they convert to estimated wind speeds and then use those measurements to support weather entries and predictions.

Students build and use a wet/dry bulb hygrometer to collect dry-bulb and wet-bulb temperature data and then use a provided Relative Humidity chart to convert those measurements into a percent humidity. Students use the temperature, relative humidity, and a Heat Index chart to determine a heat-index value and associated heat-stroke risk. Students record temperature, air pressure, wind speed/direction, and precipitation in a weather journal and are asked to use their air pressure reading to predict the weather for tonight or tomorrow. The lesson also instructs students to compare their homemade hygrometer readings with the local forecast and, if readings differ, to use the local forecast data in their journal.

Students record quantitative observations (temperature, air pressure, precipitation, wind speed/direction, relative humidity) in a weather journal and are instructed to use today's clouds and/or air pressure reading to forecast the weather for later today or tomorrow. Students are directed to research cloud types using the textbook and provided credible websites (NOAA link and cloud identification flowchart) and to take notes in a Cloud Chart that includes columns for 'Type of Weather' and 'Clues'. The materials tell students they will use their completed cloud chart and research when they write a highlighted, neatly typed cloud article in the future.

Students use named, credible sources (NOAA, PBS LearningMedia, National Geographic, and linked videos) to investigate ocean currents and local climate data (Activity 2 and Activity 3). Students create and annotate a world climate map and then explain that map to a parent, answering questions that require them to use jet stream and wind patterns as reasons for weather movement (Activity 1 and wrap-up discussion). Activity 3 directs students to retrieve local climate data and identify which air masses, winds, ocean currents, and geographical features affect their area, linking observed/local data to larger climate patterns.

Students explore NASA's Climate Time Machine interactive maps and are asked to record observed changes in global temperature, carbon dioxide levels, sea ice, and sea level, using a credible scientific source. Students conduct the Greenhouse Effect experiment, collect temperature readings inside and outside a jar, and record and discuss those observations as empirical data. Students read explanatory text and answer questions about natural and human causes of climate change, and are directed to use images and satellite comparisons as evidence that climate is changing.

Students are prompted to describe what is on their weather charts and how they gathered the information (Weather Journal Presentation Planning questions). They are asked to explain how they used their data to predict future weather and to identify patterns in their journal (planning page prompts). The rubric explicitly assesses whether students "explained how I gathered data," "described how I made weather predictions," and "described patterns I found in journal," and the parent notes emphasize using weather tools to gather accurate data.

Students are asked to explain answers to text-based questions (e.g., QUESTION #1 asks "Explain" why Sophie's father calls her a three-sided Sophie), and QUESTION #3 prompts students to take a position and justify it ("Do you think Sophie's parents should have let her go sailing? Why or why not?"). The skills list asks students to "Evaluate the author's use of various techniques, such as point of view, to influence readers' perspectives," and the Character Timeline activity requires students to record how characters change across chapters, which can involve citing parts of the text as support.

Students are asked to support answers with examples from the book (QUESTION #3: "How does Cody feel about Sophie? (Use examples from the book to support your answer.)"), which requires citing textual evidence. The Directions ask students to use the "Character Timeline" to record words and phrases to describe Sophie and Cody, which has students collect and reference text-based evidence. The parent discussion prompts ask students to explain which of two passages is "better and why," prompting students to give reasons tied to textual features.

Students are asked to read Chapters 15–22 and answer questions in complete sentences, including inference questions (e.g., why they threw the lobster back) with one answer explicitly referencing a page (p. 68). The Parent Plan lists skills that ask students to make and evaluate inferences and conclusions about characters, events, and themes. Activities require students to describe relationships among characters and fill out character timelines, which prompts using textual details to justify interpretations.

Students are asked to "Research some of the different types of whales and dolphins" and are given specific external sources (NOAA, Getty Images, YouTube links) to consult. Students must "draw the animals to scale" and "color them in a way that reflects what they actually look like," which requires using accurate information from sources. A reading question asks "Do you think Bompie should keep getting in the water? Why or why not?" prompting students to provide reasons for a position.

Students are asked to identify themes and "provide evidence from the book to support both themes" (Activity 1, Option 2) and complete a page that directs them to "List a way each character has changed as a result of the challenging voyage" with lines for supporting details. The third activity sheet and the student activity pages include boxed spaces labeled for evidence and sample answers that model citing episodes (e.g., Sophie facing her fear of water, characters growing closer after The Wave). The activities require students to produce text-based evidence tied directly to claims about theme and character change.

Students are asked to "Describe a theme of the book. Use examples from the story to support your theme," which requires stating a claim about theme and citing story events. The Character Quote and Character Artifact mini books require students to record a quote or object and "explain why" it is meaningful or representative, prompting students to justify choices with textual or pictorial evidence. The parent guidance for the test instructs scorers to "ask him or her to defend or explain the answer" when unsure, which explicitly prompts students to give a rationale for their responses.

Students are asked to identify and label different types of maps and 'explain what each map shows' on activity pages, which requires them to make explicit statements about map content. In the 'Using Your Five Maps' activity students must choose which of five maps would solve particular real-world problems, requiring them to reason about which map provides relevant information. Students are directed to consult printed road maps or online tools (Google Maps/MapQuest) when creating their neighborhood map, which introduces external sources as references.

Students read discipline-specific texts (The Geography Book, Prisoners of Geography) and watch videos (Britannica, NASA links) to gather factual information about landforms. Students collect and use data by charting mountain heights on graph paper and by performing an erosion demonstration and recording observations. Students use a credible source (National Geographic Education) to find real-world examples and write sentences describing those examples. Students answer explanatory questions about causes and effects (e.g., how deltas form, how the Mississippi River influenced settlement) that require using gathered information.

Students read an on-line United Nations article about population and answer guided questions about population change and migration. Students gather population figures and create dot maps either from provided fictional data or by researching real city populations using an atlas, road map, or the Internet. Students use Prisoners of Geography to record weather, natural resources, landforms, and then compare two places and explain which place they'd prefer to live, with an explicit prompt to use information from the book to support their explanation.

Students are asked to research and create a resource map of their state by finding maps and locating where resources are found, which requires locating information from external sources. A parent-note explicitly says the child "practices using map keys, interpreting resource maps, and locating information from reliable sources" and encourages explaining why resources occur in particular parts of the state. In Activity 2 students categorize resources as renewable or nonrenewable and are asked to think about ways a resource can be conserved, reused, or recycled, prompting reasoning about resource characteristics.

Students are directed to use credible websites (EPA's How's My Waterway, EPA drinking water pages, and Nature Conservancy) to identify their watershed and learn protection practices. Students complete the "My Watershed" activity by naming their watershed, listing associated bodies of water, and listing five ways homeschooled kids could positively impact the watershed based on information from those sites. Students use local water system websites and water quality reports and complete "The Water at Home" and "Water Use Chart" activity pages to record water sources and calculate daily gallons used, using quantitative estimates provided on the chart.

Students read designated pages of Prisoners of Geography and answer causal questions (e.g., "How has the geography of the land shaped nations?", "Why was Moscow hard to defend?") that require using the text to explain reasons. Students label maps using information from the book (identifying borders, rivers, resources) and are directed to look up images and additional information online when creating a postcard from Russia or China. The map and postcard activities require students to locate and use information from the book and selected web links to describe geographic features.

Students read focused content in Prisoners of Geography and answer comprehension questions that require citing information from the text (e.g., causes of Africa's struggles, natural resources of the Middle East). Students are asked to research a geographical or manmade feature online for the Postcard activity, with linked resources (Britannica, WorldAtlas, etc.), and to write 4–6 sentences describing why the feature is important to the country. The activities require students to locate and use source material to describe and explain geographic features and their significance.

Students are asked to research a local geographic feature and to "use the 'Human Activities' page" to explain how humans use the place and whether activities have environmental impact, which may require consulting park websites, road maps, or online map sources. The project rubric requires that "Natural resources are listed" and that "Human impact on the environment is described accurately," and students must include maps, written descriptions, and examples of human uses. The lessons and test items ask students to explain differences between renewable and nonrenewable resources and to write summaries of key concepts, which involves using information from sources and notes.

Students are asked to write or perform a movie review in which they describe characters, setting, and plot and give their feelings about the movie, which asks them to make judgments about a text/media. Students are instructed to "discuss how the setting of the movie plays an important role," prompting them to explain how aspects of the film support an interpretation. Students are directed to read and/or watch movie reviews online and are given links to model reviews to better understand what to include.

Students are asked to make five predictions about how the people of Ember will adjust to the surface environment and then check off which predictions come true as they read, which requires comparing claims to text events. Students answer comprehension questions in complete sentences that ask for explanations (for example, why the people of Sparks would be taller and browner), prompting them to give reasons based on the text. Discussion prompts such as "Do you think Sparks or Ember would have been a better place to live? Why?" require students to state a position and provide supporting reasons.

The debate activity directs students to choose a side and compose three arguments, explicitly stating: "Remember to support each argument with evidence and appeal to the emotions of the listeners." Students are asked to anticipate opposing points by preparing responses and to read their arguments aloud. The activity also requires students to identify which statements in their arguments are facts and which are opinions.

Students are asked to answer evaluative questions such as "Are Tick's ideas good ideas? Why or why not?" and to respond in complete sentences, which prompts them to give reasons for a claim. Activity 2 asks students to compare Ember and Sparks using their log from Lesson 3 and the movie, which directs them to use specific details from prior sources to support similarities and differences. The Venn diagram and written comparison require students to organize and present supporting details for their claims.

The Media activity asks students to write a paragraph selecting one media source for Sparks and Ember and to explain why it would benefit the people and how it could help solve their problems and change the emotional climate, which requires stating a claim and giving reasons. Question 3 asks students to decide whether Casper should have shared food and to explain why, prompting students to defend a position in complete sentences. Students are directed to answer reading questions in complete sentences and add entries to Lina and Doon's learning log, offering additional opportunities to state and explain claims.

Students are asked to decide which government system (American city governments vs. Sparks) is more effective and to explain why, including consideration of offices, hierarchy, economics, decision making, and elections (Option 1). Parents are instructed to ask the child to defend her reasoning for which system is more or less effective, which prompts students to give reasons for a claim. In the vocabulary activity, students must record what in the book's context helped them understand a word or choose an appropriate synonym, which asks them to cite textual clues as evidence for a word-meaning claim.

Students are asked to answer open-ended questions that require explanation (e.g., "How do you think people go from angry and scared to evil?" and "How do you think the cycle of revenge can be reversed?"), which asks them to provide reasoning. Students sequence events from the text and summarize important plot points, requiring them to connect events and explain cause-effect relationships. Students are prompted to write responses in complete sentences and combine sentences using conjunctions, which supports constructing coherent explanations.

Activity 2 directs students to identify the story's conflict type and to provide evidence from the text (events, characters' words and actions, or dialogue) that supports the conflict. Activity 1 asks students to brainstorm nonviolent solutions and then write a 6–8 sentence speech explaining their solution and why both groups should work together peacefully, which requires giving reasons to support a claim. The student activity page sidebar instructs students to "Use reasoning... to determine which side you support," explicitly asking for reasoning to back a position.

Students are asked to gather information about a selected war or plague focusing on causes, effects on communities, and how it ended, and to use a Research Organizer that includes a space for listing sources. Students are instructed to use a variety of websites and trusted sources (news organizations, museums, universities, government organizations) and to put information into their own words. Students must integrate research into products assessed by rubrics (research integration on the newspaper report, timeline, and map requirements) that evaluate inclusion of researched information.

Students are asked to research a chosen rock online (Geology.com is provided) and use the kit brochure to find the rock's name and likely environments. Students categorize physical specimens as igneous, metamorphic, or sedimentary and check their categorizations against the kit's answer key, which involves using evidence from observation. Students are prompted to explain to a parent why they believe a landscape is correct for a rock and to discuss which parts of their poem or artwork are guesses versus known information.

The lesson asks students to follow steps of the scientific method including a Data and Work section and a Conclusion, prompting them to record observations and decide whether results agree with hypotheses. The Igneous Rock Demonstration requires students to describe changes, discuss melting and rock formation, and relate cooling methods to different igneous rock types, which asks students to use observed data to explain geological outcomes. The reading assignment and provided web links (Dirtmeister pages and an Earthguide tectonic plates graphic) supply discipline-specific sources students consult for content.

Students explain demonstration results by using the reading to answer why melted chocolate chips simulate igneous rock formation and describe what happened to the chips, linking observation to explanation. Students classify rocks by texture, color, cooling location, and magma origin using the Rock Science Kit, the Rock Types chart, videos, and geology.com as sources to support their identifications. Students identify a volcano on the USGS site, state which type of volcano and eruption they think is common, and then check those guesses against the volcano's USGS "Volcano Page," using a credible source to confirm or revise their claim.

Students collect quantitative observations in Activity 1 by recording how many taps it takes for buildings on clay, sand, and soil to topple, and they repeat trials with different building shapes/heights. In Activity 3 students use a FEMA "Earthquake Shaking Hazards" map (a credible external source) to determine and report the earthquake hazard level for their state and adjacent states. The Wrap Up and parent discussion questions ask students to explain differences in magnitude effects (e.g., why a magnitude 7 is 32 times stronger than a magnitude 6) and to share what they learned about building shapes and ground types.

Students formulate hypotheses and complete an experiment (Cementation Experiment) that asks them to state a hypothesis, record results, and draw conclusions about which sample is sturdier. Students make observations and record data on structured observation pages (Metamorphic Rock Observations; Sedimentary Rock Observations) and answer explanatory questions (e.g., explain two ways metamorphic rocks can form; describe lithification and strata). The materials include web links and readings that students are directed to use for additional information about rock types.

Students make hypotheses, carry out the Ice Cold Weathering experiment and the Drip, Drip, Drip demonstration, then record results and draw conclusions about which sample broke more easily and how water changes structures. Students answer guided questions that ask them to explain how observed changes (dissolving, cracking, crumbling) relate to weathering and to compare experimental outcomes to real-world rock behavior. Students also collect and document observational evidence on a Weathering Walk (photographs, sketches, written descriptions) that can be used to support claims about local weathering.

Students are asked to read discipline-specific pages of Dirtmeister (pp. 72-75 and pp. 114-115) and answer content questions, providing opportunities to use text evidence. In Activity 1 students design experiments, record a hypothesis, materials, procedure, results, and a conclusion on the Eroding Experiments page, collecting and comparing data (which option had more or less erosion). Students are prompted to share and discuss their flip book or journal and to talk about how erosion fits into the rock cycle, which invites use of observed results and reading to support explanations.

Students are asked to explain processes and provide examples (e.g., Test Part 1 Question 1 asks them to "Explain how one type of rock can change into another... Provide two specific examples"). Presentation tasks require students to write descriptions or scripts answering targeted questions about how stages of the rock cycle and tectonic events change the Earth, and rubrics explicitly require examples and explanations (e.g., showing paths rocks take, giving examples of weathering, showing how volcanoes create new land). Instructions also direct students to use information from the book and the Rock Cycle chart from the science kit as sources for their presentations.

Students read the story and answer comprehension questions in complete sentences, which requires them to reference text details (e.g., questions asking why Heather visited Miss Benson and why Heather hid the book). The Parent Plan Skills explicitly state students should "support by referencing the text to determine the plot development." Activity 1 directs students to answer questions about characters, setting, and primary incident, prompting use of textual evidence to explain plot and character motivations.

Students are asked in Activity 2 to provide three examples from the story that serve as evidence that the setting is a rational world and three examples that are non-rational, requiring them to identify textual evidence to support a classification. Activity 3 directs students to research Mars using linked NASA and ESA resources and to record facts in a journal, which requires gathering relevant factual data from credible sources. Activity 4 asks students to record phrases and sentences from the text that describe an environment, prompting them to cite specific textual details as support for their interpretations.

Students are asked to research the history of Pompeii using books or online sources and to record ten important facts on the "Volcano Research" page, with links provided (National Geographic Kids, HISTORY.com). Students are guided to use the scientific method in the volcano experiment, writing a question, hypothesis, procedure, results, and conclusion, which requires using data to support or reject a hypothesis. Students analyze characters by listing actions and corresponding traits, which requires citing textual actions as evidence for character trait claims.

Students are asked to characterize Rip Van Winkle and to explain how his actions support that characterization (Question #1 and #2), which requires citing actions from the text as evidence. Students must answer questions in complete sentences and compare the story and a poem version (Activity 4), prompting them to cite similarities and differences from the texts to justify their preference. A web link to the Wikisource text is provided so students can consult the original text as a source for evidence.

The Parent Plan skills list includes "Make reasonable assertions about a text through accurate, supporting citations," and the Short Story Critique activity asks students to "include specific references to the story" and state an opinion constructively. The compare/contrast Venn diagram and comprehension questions require students to find and use details from the assigned short stories ("A White Heron" and "The Widow Carey's Chickens") as support for answers.

Students are prompted to identify and cite specific actions and words from the text on the "Elements of a Short Story" page (e.g., find actions that show character traits and list words/phrases the author uses to describe setting). The "Story Conflict & Theme" activity asks students to use specific examples from the text to support a major theme. The skills list explicitly includes "support by referencing the text to determine the plot development and author's choice of words," indicating students will reference textual evidence in their analyses.

Students are asked to use the map and accompanying data (e.g., a 10x factory production value and a 15:1 iron production ratio) to answer question #1 and justify which region had more factories. In Activity 2, students use 1860 census population figures (source cited) to plot city populations on a map and then answer reflective questions about which states/regions had the most large cities and whether population would help in war. The lesson provides explicit source references (A History of US: War, Terrible War; the Census working paper; web links to battlefields.org and nps.gov) that students are directed to consult for data used in their answers and activities.

Students are asked to review the assigned readings from A History of US and then use the activity pages "The Debate on the Expansion of Slavery" to write arguments for each side of the debate. The debate pages prompt students to list reasons for and against allowing slavery in new territories and to craft responses to opposing reasons. Activity 3 asks students to imagine advising President Lincoln and to list potential positive and negative consequences of a civil war, requiring students to reason through consequences using information from the readings.

Students are asked to read chapters of A History of US and answer comprehension questions, including QUESTION #1 which asks why Lincoln appointed many different commanders and refers to a page in the text (page 66) as the basis for the explanation. Students are instructed to create Civil War Leader Cards that require them to record background, roles, notable events, and impressions, encouraging them to look up information in the book's glossary. The parent notes explicitly suggest using the Library of Congress "Selected Civil War Photographs" collection as a source for images and information, directing students to external, credible archival material.

Students are asked to read Chapters 18–20 and answer factual questions about battles (e.g., what was important about Antietam), which requires using textual information. In the Civil War Map activity, students must "decide why you think each battle was significant" and write explanations for each battle. The Civil War Monument worksheet asks students to record "important details," note "why it was a turning point," and to research a battle using the book or, with help, library/Internet sources and provided National Park Service links.

Students work with historical price data for Raleigh, NC (1862 and 1865) in the "Rising Prices" activity and are given source information (North Carolina Museum of History/Office of Archives and History). Students calculate percent increases and project modern prices after large percentage rises (instructions and example for computing a 2500% increase are provided). In the "Shortages and Substitutions" activity students generate and justify conservation, substitution, and repurposing strategies, applying reasoning about scarcity and resource allocation.

Students read the Declaration of Independence, the Emancipation Proclamation, and the Gettysburg Address as primary-source texts. Students highlight important ideas and powerful phrases in each document and place overlapping ideas into a three-circle Venn diagram to compare evidence across sources. Students add events and dates to a Civil War timeline and discuss why Lincoln's words had impact, referring to specific textual ideas and historical events.

Students read chapters from A History of Us and a linked web article about freed people, the Freedmen's Bureau, and the Black Codes, and they answer comprehension questions about challenges faced by former slaves. On the Reconstruction Amendments page, students read the full texts of the 13th, 14th, and 15th Amendments and are prompted to "Restate this amendment in your own words" and to answer "Why do you think this amendment was important?" Students add events to a Civil War timeline using the readings as sources.

Students are asked to create exhibit cards that include a short explanation (2–3 sentences) summarizing the significance of items, and to write a 30–60 second speech or film script that explains topics and what viewers are seeing. Rubrics evaluate whether written explanations and narrations provide accurate, interesting information and whether the living-wax presentation is well-researched and convincing. The lesson directs students to use primary source images and maps from the Library of Congress to provide images and information for displays or films.

Students read and analyze both primary sources (diaries and prisoner accounts) and secondary sources (websites and reference texts) and are asked to discuss perspectives and distinguish facts from opinions. Students conduct directed research on the Battle of Bull Run using provided credible web links and record information on color-coded note cards and in journals. Students are prompted to summarize authors' purposes, explore bias, and use dates and admission records to annotate maps and timelines, which involves locating and using relevant historical data.

Students identify and record factual information about the Civil War from the picture book (Activity 1), collecting details that are not about characters but about historical events. Students read and analyze primary-source Civil War letters, identifying the writer, recipient, which side they represent, and the opinions expressed (Activity 5). Students also compare perspectives (Activity 2) and are asked to use the letters and book details when discussing similarities and differences between accounts.

Students are instructed in Activity 2 to record three factual statements and three opinion statements from a historical speech and to identify at least two statements that could be propaganda, which requires distinguishing evidence from opinion. The Skills list tells students to explore bias, hidden messages, emotional factors, propaganda techniques, and to draw conclusions based on evidence, reasons, or relevant information. The Characters' Homes activity asks students to research towns to determine home states, which requires locating information to support placement decisions.

Students are asked to design a Civil War propaganda poster and to "grab the attention of the reader and influence his or her way of thinking," which requires students to create and justify persuasive claims. The lesson prompts students to "think about the characters you have read about in Bull Run" and to consider what posters would have influenced them, encouraging use of text-based context. The lesson provides web links to historical propaganda collections and tells students it "might also help to locate propaganda posters from other wars," which invites students to consult external sources. The Parent Plan lists skills including making informed judgments about propaganda and drawing conclusions based on evidence, reasons, or relevant information.

Activity 1 directs students to reread Toby's accounts and "describe Toby's feelings toward army life before and after Bull Run," explicitly instructing them to "Cite evidence from the book to support your ideas." The Character Quilt activity requires students to label squares with each character's details and "Description of character's main achievement" and to "Depict a memorable scene," which asks students to use details from the text to support their representations. The Reading and Questions section asks students to answer comprehension questions in complete sentences, using text-based answers for specific questions about characters and events.

The lesson directs students to choose a claim, list pros and cons, decide two supporting arguments and one opposing argument to refute, and fill an argumentative outline with spaces for multiple supports, showing explicit practice in developing reasons and evidence. It tells students to use information learned from books about the Civil War and their knowledge of the time period as support, and the rubric includes criteria for "Use of knowledgeable sources" and "Use of logical arguments." The prewriting and body-paragraph scaffolds require students to state supports for each argument and to explain why the opposing argument does not hold merit.

Students perform experiments (Book Buddies and Building Bridges) and record quantitative results (number of pages intertwined, number of coins supported) on activity pages. Students answer reflective questions that require explaining relationships (e.g., how surface area affects friction) and identify forces acting in scenarios. Students collect examples in the Force Scavenger Hunt that require linking observations to force concepts from the reading and video.

Students read Chapter 2 of the textbook and watch assigned videos to gather background information. Students generate hypotheses, perform experiments (dropping objects, building parachutes, measuring weights with a dynamometer), and record quantitative observations in tables. Students answer directed "Results" and "Conclusion" questions that ask them to explain outcomes and relate those explanations to data and to what they learned from the book or video.

Students develop a hypothesis (a claim) in the Force Experiment and then collect quantitative data (mass in grams and force in newtons) using a dynamometer. Students plot mass vs. force on a graph, record results, and write a conclusion about whether their data support the hypothesis. Students also observe marble interactions and draw or describe scenarios that demonstrate the three laws, and they are directed to use the textbook, video, and the provided NASA website as sources for ideas and explanations.

Students are prompted to state a hypothesis, follow a procedure, record predictions and experimental results, and write a conclusion about whether a neodymium magnet is stronger than a marble magnet. The Magnetic Fields activity has students use a compass to map field lines, mark observations, and answer questions about field size and interactions. The lesson also assigns readings and specific web videos that students are expected to consult as background information for their investigations.

Students collect quantitative data (mass, water level, volume, density) in the provided data table while performing the Archimedes' Gold experiment and the clay-shape buoyancy tests. Students are asked to calculate density using density = mass ÷ volume, explain how they determined densities using displacement, and answer questions that require interpreting their measured data (e.g., Which item was most dense? Explain determining densities.). Discussion prompts ask students to compare predicted versus observed density and to explain why certain shapes floated, linking observations to the concepts of displacement and buoyant force.

Students read Chapter 6 of Explore Forces and Motion and follow linked videos, giving them discipline-specific source material to use. Multiple station challenges ask students to "demonstrate" or "compare" outcomes (e.g., show that a ramp reduces effort; compare screws vs. nails; design tests for wedges and levers), and activity pages provide space for diagrams, notes, and recording what worked and didn't. Hints and parent notes suggest measurement-like procedures (for example, using rubber band stretch to show force) and require students to show a parent photos or videos of their solutions, which documents experimental evidence.

Students plan and write station cards that include a 'Procedure' and an optional 'Takeaway' section where they can describe what visitors should have seen and relate the demonstration to the topic, which parallels writing conclusions based on observations. Students are instructed to test each station using the directions on the card to ensure procedures are clear, which requires them to collect and check results of demonstrations. The project rubric evaluates Critical Thinking (explaining and analyzing data) and Accuracy (error-free work), which asks students to explain and use data to demonstrate understanding.

Students are asked to research Isaac Newton online or in an encyclopedia and to take notes on note cards (6–10 facts) to use in a bio-poem, and two web links are provided as research sources. Students generate three or four questions about Einstein and are instructed to look for answers in the book, and they are asked to summarize major events from the introduction. Parent guidance directs students to record important information and facts from sources to support their biographical writing.

Students read Chapters 1–2 and are instructed to answer questions in complete sentences about Einstein's life, which requires using details from the text. In the "Positive and Negative Traits" activity, students must record traits, label them positive or negative, and explain a consequence of a negative trait or a positive outcome, prompting them to cite events or outcomes as support. The timeline activity asks students to record important events and include dates when provided, asking them to use text-based factual details to place events chronologically.

Students are instructed to look up an encyclopedia entry on Albert Einstein and compare its style and content to the biography and videos they have used, answering guided questions about purpose, emotional response, and usefulness. The Forms of Media activity requires students to explain to a parent how the three sources each contributed to their understanding and to describe the benefits and limitations of each source. The Parent Plan skills list also states students should "provide evidence from text to support understanding" and "synthesize and make logical connections between ideas within a text and across two or three texts."

Students are asked in Option 2 to "provide one or two examples from the book that demonstrate how the author fulfilled each element," which requires citing textual evidence to support claims about the biography. Activity 1 directs students to look back at earlier questions, record answers, and "continue to research those questions" when unanswered, prompting students to gather information from additional sources. Activity 2 asks students to plan where they will look for information, whether others have asked the question, and what experiments could help find answers, guiding students to identify sources and methods for evidence collection. The lesson also points students to external resources (PBS, encyclopedia) to locate further information.

Students are asked to conduct research from a variety of sources (Skills: "Conduct research (with assistance) from a variety of sources") and to integrate main ideas and supporting details from multiple sources (Skills: "Integrate main idea and supporting details from multiple sources"). Students must fill in a birth certificate using factual information (Part 1: "Be sure to use factual information") and locate at least three photographs from Einstein's life, which may be printed from the Internet (Part 4: "These can be printed from the Internet"). The rubric and checklist require inclusion of specific factual and visual items, indicating students will gather and use details from sources to build their scrapbook.

Students read Where Poppies Grow (pages 4–21) and are asked to describe technologies and their impacts, drawing on the book and an external web link for research. The lesson defines primary and secondary sources and asks students to choose a trench photograph and explain what it shows, prompting them to use photographic and textual evidence to answer prompts. Activity directions ask students to describe the technology's impact and what soldiers might have thought, which requires students to cite observations from the text or images.

Students read discipline-specific sources (Where Poppies Grow and Joy Hakim's chapters) and examine primary soldier letters, giving them material to use as evidence. In Activity 2 students complete a table comparing Wilson's Fourteen Points to the Treaty of Versailles and answer two analytic questions that ask them to explain why Wilson failed to achieve his aims and why the U.S. did not join the League of Nations. The parent answer key models using textual details (e.g., blame placed on Germany, division of lands, political opposition in the U.S.) to support those explanations.

Students are assigned to read specific chapters of Joy Hakim's A History of US (a named source) and are asked to "jot down" reasons from the readings for and against U.S. entry into the war. In the "Dear Mr. President" activity students must write a letter giving at least two reasons for their position or at least one reason for each side if undecided, and are encouraged to "provide specific examples to support their argument." The parent guidance asks adults to review the student's letter to ensure she has "presented a convincing argument" and to discuss why she took her position.

Students read and mark Franklin Roosevelt's December 8, 1941 speech, underlining or highlighting words/phrases and answering interpretive questions about meaning and purpose, using the National Archives text/audio as a primary source. Students analyze World War II posters by recording words, images, colors, intended audience, emotions invoked, and what the artist wants viewers to do, then plan and create their own persuasive poster. In the rationing activity, students collect and calculate gasoline or food-usage data over a week to measure the impact of rationing on family life.

Students are asked to write museum exhibit cards describing weapons of WWII and to answer questions that require explanation (e.g., "Describe a historical example," "Do you think this weapon made a big difference…? Why or why not?"). Option 2 asks students to compare two weapons and explain which was the bigger improvement, requiring evaluation and justification. The lesson directs students to use the assigned readings and suggests library or Internet research (including a Library of Congress link) to find more information to support their responses.

Students are asked to write a radio news broadcast using vocabulary from the textbook and to "use at least two events" and consult A History of US for accuracy (Activity 3 and the Radio Script Vocabulary page). In Activity 4 Option 2, students must write a public service announcement that includes a statement explaining the need for a "Double-V" campaign and tell people what they can do to support it, which requires providing reasons. The optional research activity points students to the U.S. Holocaust Memorial Museum site for further information, and the reading questions include a prompt asking students which of Roosevelt's achievements they believe is most important and why.

Students are asked to use A History of US and Internet resources to take objective reporter notes on Hiroshima or Nagasaki (Activity 2), answering who, what, when, where, and why. Activity 1 prompts students to cite details from the readings when explaining why an invasion of Japan would be costly and to talk through which reading details led them to their conclusions. The parent notes and suggested answers provide specific factual data (dates, casualty figures, reasons) that students can use as evidence in their responses.

Students create thirty-six question-and-answer cards about WWII and are instructed to use their activity pages and any other research sources to write questions and answers. The unit includes short-answer test prompts that require explanation (for example, "Why did the United States enter World War I?" and "How were Japanese Americans treated during World War II?"). The game rubric and parent directions require that trivia answers be correct and that questions be clear and well-written, and parents are asked to check that questions are appropriate and accurate.

Students are assigned to read Chapters 7 and 8 and act as a "travel tracer," describing where characters move and describing each setting in detail, and they are required to give the page locations where each scene is described. Students must "Explain what role the setting plays in the conflict of the story," which asks them to make a claim about setting and support it with references to the text. The Life Application asks students to interview a person who lived during World War II and ask about effects on society and the individual, which can provide primary-source evidence.

The Skills section asks students to "respond to literary or expository texts and provide evidence from the text to demonstrate understanding," and the Reading and Questions task asks students to choose passages and "explain your reasons for picking them," which requires citing textual support. Activity 2 directs students to read a PBS biography of Barbara Rodbell (a credible source), retell her story to a parent, and answer a journal question relating her message to historical and contemporary contexts. The Parent Plan repeatedly prompts students to retell and explain passages aloud, reinforcing practice in using textual evidence when explaining ideas.

Students are instructed to list two of Annemarie's traits and "provide an example from the text of when she exhibited each trait," which requires supporting a claim about character with textual evidence. Students must decide which version of Little Red Riding Hood is most similar to Annemarie's story and use a graphic organizer to show similarities and differences, which asks them to cite parallels between texts. Students are told to record connections between the book, their life, and the outside world in a journal, prompting them to link claims to real-world examples.

Students are instructed to conduct research using recommended credible sites (National Museum of Denmark, BBC) and other trusted sources, and to put information in their own words to avoid plagiarism. The materials direct students to include quotations and pictures and to indicate where they got those items by including the web link or source title/author. Students must record supporting details on a bubble map organizer and include factoids/statistics and a quote box on the magazine template to incorporate evidence into their article. The skills list and activity directions ask students to "guide and inform the reader's understanding of key ideas and evidence" and to "include specific facts, details, and examples."

Students are asked to complete research and writing tasks (e.g., "Researching Alexander Hamilton and writing an essay," "Write an article as if reporting for a newspaper," and the "Online Holocaust Museum Center" activity) that require gathering information. The Parent Plan lists a skill to "Paraphrase major ideas and supporting evidence in formal and informal presentations" and to "Present findings in a specified format," which directs students to use and present evidence. Several Think-Tac-Toe choices (researching the Danish Resistance, creating a scrapbook, or writing a letter from a historical figure) involve locating and organizing information about historical events.

Students read assigned pages and answer guided questions that ask them to explain relationships on the periodic table (for example, identifying palladium as similar to nickel and platinum and explaining why). Students perform an electrolysis demonstration and record observations, producing primary data about water splitting into hydrogen and oxygen. Students use provided tables and pie charts showing element distributions (atmosphere, oceans, crust, body) to select and build compound models for specific environments, applying those data to justify their choices.

Students conduct hands-on investigations of three metal strips (aluminum, copper, iron), record observations (color, luster, heaviness, malleability, magnetism) in a chart, and use those observations to complete a Venn diagram comparing the metals. Students are directed to read specific pages in the textbook and to use an interactive periodic table website when researching a chosen metal for a collage or informational poster. The poster option asks students to include the element's name, symbol, atomic number, metal group, characteristics, uses, and important facts, which requires gathering information from provided sources.

Students are asked to formulate a question for the "A Feast for Yeast" experiment, record materials, procedure, observations, and write a conclusion, and a small graph is provided for recording data. Students are directed to research a gaseous nonmetal using the textbook and a specified interactive periodic table website, then show examples of how the element is used and tell a parent three things they learned. The activity prompts students to compare nonmetals to metals and metalloids and to use observations (e.g., the yeast experiment and the gaseous elements list) to support conclusions.

Students collect and record observational data by coloring a periodic table by state (solid/liquid/gas) and by filling in the "Metals, Metalloids, and Nonmetals" activity with states of matter. Students perform experiments (freezing, melting, evaporating, and microwaving soap), complete before/after observation tables, and answer conclusion prompts about what happened. Students are prompted to discuss findings with a parent and, optionally, to look up pictures of elements in different states online.

Students collect and record experimental data in the balloon and "Will It Float?" activities and answer analysis questions about how density determines floating. Students use a density periodic table as a data source to order liquids and gases, compare metals/metalloids/nonmetals, and identify mystery elements by matching calculated densities to table values. Students create a physical presentation and rewrite a density riddle that requires explaining why two objects of the same weight differ in size, using mass, volume, and density as evidence.

Students make predictions about which metal strips can be magnetized and then test those predictions by rubbing strips with a neodymium magnet and measuring how many paper clips each strip picks up. Students read specific pages from the textbook and answer directed questions about magnet locations in animals, atomic alignment, and how neodymium magnets are made, and they examine a color-coded periodic table and an external webpage about levitation to gather information. Students are asked to draw and label diagrams showing atomic alignment for ferromagnetic, paramagnetic, and diamagnetic materials and to list examples of elements in each category.

Students generate hypotheses, carry out experiments (It's Electric! and Feel the Heat), record observations in tables (which materials conducted electricity; which melted the peppermint first), and answer conclusion questions determining which materials conducted best. Students are directed to read an article and a textbook page about tungsten and yttrium and given a video link about superconductors, providing external information to inform their conclusions.

Students design and conduct experiments (Cold Salt, Hot & Cold Salt, and the hard water demonstration) and record procedures, observations, and conclusions on student activity pages. Students take measurements (thermometers), compare how dissolving salt, baking soda, sugar, or calcium changes freezing and boiling behavior, and answer guided questions from the textbook pages. Students read specific textbook sections about sodium and calcium before and after experiments, providing a content source for their investigations.

Students observe and test four mystery elements for properties (state, color, luster, heaviness, magnetism, malleability, heat and electrical conduction) and record those observations on the Mystery Element Observations and Matter Challenge pages. Students analyze findings by comparing test results with information gathered throughout the unit and use an interactive periodic table link to research element identities. The rubric and activity require students to explain their reasoning behind classifications and element identifications in verbal or written form.

Students are asked to cite textual evidence when they answer discussion questions such as "Does anything seem strange about Tuck and Mae? What evidence from the book supports your theory?" The illustration/map activities require students to reread and underline three or four sentences and to record a quoted phrase that describes the setting. The reading questions also ask students to record phrases or sentences from the book that show the author's descriptive language.

The Skills section tells students to "identify elements of fiction and nonfiction and provide support by referencing the text to determine the effectiveness of figurative language," which requires students to cite the story when explaining author techniques. Activity 2 (Personification) asks students to underline examples from the text and then write new sentences, and the review prompts ask students to explain how the author's personification shapes the reader's perspective. Questions such as "Why do you think Tuck does not want Winnie to drink from the water?" prompt students to make a claim and give a text-based reason for their prediction.

Students are asked to answer open-ended questions that require reasoning (e.g., "Do the Tucks seem like the kidnapping type? Why or why not?" and "Do you think the Tucks' secret is a 'big, dangerous secret'? Why or why not?"). Students carry out an Investigating Groundwater simulation with step-by-step procedures and make observations about how water moves through layers, which yields empirical observations they can use as evidence. The Life Application prompt asks students to "Do some research to determine if the water in your community comes from a groundwater source," requiring students to seek external information.

Students are asked to write paragraphs comparing the Fosters' home and the Tucks' home using the author's descriptions and to put quotations around any words or phrases taken directly from the text (Option 1). Option 2 directs students to locate words and phrases in the text that the author uses to create juxtaposition, record those quotations, and then illustrate the homes. Comprehension questions also require students to answer why the Tucks behaved a certain way and to explain Winnie's theories, which asks for text-based explanations.

Students identify three examples of cause and effect from the novel and use a graphic organizer to turn one example into a structured paragraph, using events from the text as support. Students read two Norse myths and a linked article about the Fountain of Youth and write three similarities and three differences between those stories and the novel, requiring them to pull evidence from multiple texts. A sample paragraph models using specific plot events (e.g., the man in the yellow suit hearing the music box) as the basis for explanatory writing.

Students are asked to answer analytical questions that require reasons, for example Question #1 asks whether Winnie's relationship with her family will be the same and to explain why or why not. The Parent Plan Skills explicitly tell students to "provide evidence from the text to support understanding" and to "draw conclusions from the information presented by an author and evaluate how well the author's purpose was achieved." Students also compare the book and the movie by recording three ways the movie differed from the book, which requires citing textual and film evidence, and are directed to read an interview with the author as an external source.

Students are asked to record three quotes or actions from the book that describe characters' feelings about living forever and to label each quote with the character who made the statement, which requires using textual evidence to support claims. Students must prepare a two-minute opening argument that explains their position and "why your argument is valid," and they must prepare answers to opponent questions, practicing defending claims. The "Rules of Debate" sheet instructs students not to present opinions as facts and to avoid exaggeration, prompting more careful, evidence-based phrasing.

Students read specific primary materials (pp. 4-7 of Nobody Gonna Turn Me 'Round) and watch a video, then answer interpretive questions (e.g., explain what the artist conveys) that ask them to reference text and images. Students in Option 2 are asked to write definitions and list examples that may come from the reading or from factual sources, explicitly allowing use of nonfiction history or news as sources. Students complete Activity 2 by identifying contemporary locations and explaining how those places might have been segregated, applying historical knowledge to concrete examples.

Students are asked to prepare a persuasive flyer or a speech that requires them to state reasons such as "Why do you oppose segregated buses?" and "Why should people join the boycott?", prompting them to craft arguments and include details or examples. Students complete a Research Workshop to list what they know and generate specific research questions, and they are told their interview or independent research will form a final project, encouraging use of external information. An optional extension provides links to primary-source repositories (National Archives, Library of Congress, etc.) that students can use as credible sources for supporting their claims.

Students are directed to gather information from named credible sources (OurDocuments, Library of Congress, National Park Service, CNN, Illinois Public Media) and to use library catalogs and Internet resources when planning research. Students are asked to prepare a radio broadcast that summarizes the Brown decision and to discuss how schools would change, which requires using factual information from the readings and linked sources. The Research Workshop asks students to list potential research subjects and to identify available resources, and parents are prompted to help students search effectively and identify accurate sites.

Students read assigned historical text (Nobody Gonna Turn Me 'Round, pages 24-31 and 34-35) and answer comprehension questions that ask them to summarize events and responses to sit-ins and Freedom Rides. Students are guided to begin research by developing research questions (both for oral history interviews and biographical projects) and are given explicit structures for factual, descriptive, and "big picture" questions. The materials state that research "involves studying and investigating sources to find the answers to questions and reach new conclusions," and provide activity pages for drafting research questions and interview prompts.

Students read specified pages from Nobody Gonna Turn Me 'Round and answer comprehension questions about voter suppression, Fannie Lou Hamer, murders of civil rights workers, and freedom schools, which requires them to extract facts from a historical text. Students conduct an interview with a voting adult (recorded or noted) and collect firsthand statements about voting experiences. Students use the interview responses and what they learned from the reading to create a magazine advertisement that encourages people to vote and explains why voting is important, drawing on those sources for content.

Students are asked to identify at least three books and two Internet sites and to record bibliographic details (author, title, publisher, date, URL, date accessed) on the Research Sources pages. Students are instructed to take research notes with a research question at the top of each page and to write the source after each piece of information (for example, "(Source #5, pages 26-27)"). Students may also collect original evidence by conducting an oral history interview and then summarizing important topics and reflections on the Post-Interview Field Notes page for use in the final project.

Students read assigned pages of Nobody Gonna Turn Me 'Round and respond to an evaluative question asking whether the Voting Rights Act meant the Civil Rights Movement was successful, prompting argumentation. Students are asked to name three ways activists continue creating change and are directed to specific individuals and stories on page 57, requiring use of text-based examples. In Option 2, students must research a modern example of discrimination and create a flyer that explains the injustice and provides at least two ideas for action, with an option to include links to organizations as sources.

Students are asked to conduct independent research (library or internet) and to incorporate unit readings and oral history interview excerpts into presentation scripts (e.g., podcast instructions: "Go back through your readings for this unit to find information that you can incorporate into your script"). The book review option requires students to list author, title, publisher, and publication date and to discuss what they learned from the book and whether it includes primary source documents. The rubric criteria require that presentations "convey accurate and important historical information" and that spoken/written scripts be "clear and well-written."

Students are asked to use the "Recognizing Discrimination" pages to record examples from the story and explain "How was this an example of discrimination?", requiring them to cite incidents from chapters and analyze them. Activity 2 directs students to watch a primary-source video about the Civil Rights Movement and to record a three- or four-sentence journal response about what they learned, using the video as a source. The lesson's skills section also states students will "explore a variety of sources" and "use critical thinking skills to evaluate print and non-print materials."

Students are directed to research the state of Mississippi using specified websites and an encyclopedia and to record information on a "Mississippi Facts" sheet. Option 2 asks students to create a tri-fold brochure that must include statistics and facts (population, governor, capital city, number of representatives) and to write about climate, natural resources, and historical events. The student activity pages include comparison prompts (How is Mississippi similar to your state? How is Mississippi different?) that require students to use gathered information to answer.

Activity 2 asks students 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. The prompt requires students to identify at least two specific problems (examples are provided in the Parent Plan section) and to make persuasive arguments in a formal-letter format. Reading comprehension questions and earlier discussion prompts (e.g., how the bus splashed mud on Little Man and how the Logans retaliated) give students textual events they can use as evidence in their letters.

Students are asked to answer evaluative questions (e.g., whether Lillian Jean was worth Cassie taking a stand and why), which requires them to give reasons for an opinion. Students read and analyze a primary-source flyer (Integrated Bus Suggestions) and are asked to underline three suggestions and explain their selections, which asks them to refer to text-based evidence. A linked video about the Montgomery Bus Boycott and the boycotts activity prompt students to consider historical actions and consequences, providing source material to support explanations.

Students answer inferential reading questions (e.g., explain why T.J. hangs with R.W. and Melvin and what happened to Papa) and are asked to analyze and draw conclusions about characters and community conditions. Students watch a linked video about sharecropping and are told to observe images and consider the life of sharecroppers, then create a diagram or write a caption/quote that explains the system. The editing/revising activity asks students to incorporate information from their reading or research when improving their writing.

Students are instructed to keep track of instances of discrimination on the "Recognizing Discrimination" pages after reading chapters, which requires collecting textual examples. Reading-and-questions items ask students to explain how and why events happened (for example, why R.W. and Melvin framed T.J.), prompting students to cite reasons from the text. Activities require students to finish a rough draft of a book report and to revise for content and voice, which asks them to develop and support their ideas about the book. Parent-discussion prompts ask students to explain how T.J. is being discriminated against and whether people will believe him, encouraging text-based explanations and reasoning.

Students are instructed to create four slides that present the problem, provide examples of discrimination based on the story and what they learned about Jim Crow laws and related videos/text from the unit (Slide 2), and to include bullet points, charts/diagrams, and at least one graphic on each slide. The Skills section explicitly tells students to "support opinions with detailed evidence and with visual or media displays" and the PowerPoint Organizer and Presentation Rubric guide students to plan and present supporting material. The end-of-unit review and test questions require students to recall factual information about Jim Crow laws, sharecropping, and the Civil Rights Movement that can be used as evidence in the presentation.

Students read specified pages of Kitchen Chemistry and watch linked videos, then answer explanatory questions (e.g., explain why there cannot be an atom of carbon dioxide and what happens when atoms gain or lose electrons). Students use the periodic table to determine and calculate numbers of protons, neutrons, and electrons for chosen elements and complete the "Filling Shells" activity, applying numerical data to build atomic models. Students create and share an atomic model and must explain its parts to a parent, and they play the Valence game which requires using element/card data to build molecules.

Students read Kitchen Chemistry (pages 22–28) and answer guided questions that require reasoning about whether ocean water is a pure substance and how mixtures differ from compounds. In Activity 2 and Activity 3 students collect observations (state, magnetism, dissolving), perform separation procedures, and answer prompts such as "Explain how the demonstration showed the original combination was a mixture, not a compound." In the Gumdrop Chemistry and model-building tasks students construct models and compare molecules, then justify classifications (e.g., which are pure substances, mixture vs. compound).

Students are directed to use Kitchen Chemistry (specific chapters and page references) to find information and complete a states-of-matter table, showing practice locating and using a credible source. Students perform hands-on investigations (tearing and burning paper; crush-a-can experiment) and record observations about how the material changed, providing empirical data. Students define phase-change terms and explain particle motion, linking observations and textbook descriptions to explanations of physical processes.

Students formulate hypotheses and record observations and measurements (color changes, gas production, temperature readings, precipitate formation) in activity pages for multiple experiments (Color Shift, It's a Gas, Rusty Shapes, Prepare a Precipitate, Clean Pennies). Students answer conclusion prompts that ask them to explain how their observations demonstrate a chemical change and to identify whether reactions were endothermic or exothermic. Students collect and record data over time (tables for observations at multiple time points, temperature logs) and are prompted to compare expected versus unexpected outcomes (e.g., iodine turning starch blue-black).

Students make predictions about the pH of household items, test those items with pH strips or litmus paper, record the actual pH values, and are asked to "try to explain the pH results and whether they were surprising." The lesson directs students to read Kitchen Chemistry pages (provided textbook sections) and to use the pH chart on page 41 to compare and interpret their results. The wrap-up invites students to "use the Internet to check your predictions," providing an opportunity to consult external sources to corroborate their data and explanations.

Students perform hands-on demonstrations (Teeth, Saliva, Stomach, Acid Indigestion) and record observations, photos, and pH/litmus data to decide whether changes are physical or chemical. Students are instructed to take notes, photos or video and to use that documentation in posters or slide presentations. Rubrics require students to "explain why changes are chemical or physical," "show details/diagrams of each step," and to "explain the chemical role" of saliva, stomach acid, enzymes, etc. Chemistry fair planning pages require students to list supplies, identify the chemistry concepts each experiment demonstrates, and include those concepts on their posters.

The Skills section explicitly instructs students to "Draw inferences, conclusions, or generalizations about text and support them with textual evidence and prior knowledge" and to "Write responses to literary or expository texts that demonstrate an understanding of a literary work." Comprehension questions (e.g., explain why people were afraid of the aircraft; why Jonas worried about Asher) require students to give reasons grounded in the text. Activity 2 options ask students to write 3-4 sentences justifying why an Assignment fits them and to list steps that prepare them for that Assignment, practicing linking claims to supporting reasons.

The Skills section explicitly tells students to "provide evidence from the text to support understanding," which requires students to cite textual evidence. Reading questions ask students to answer in complete sentences and to infer changes (e.g., what the apple's change means), prompting students to use reasoning about text details. Activity 2 asks students to make a list of three criteria for establishing laws and rules and to explain their reasoning in a journal, which requires students to support criteria with rationale.

Students are asked in Activity 1 to read each community rule, "Record a positive and negative effect the law might result in," and "write a sentence to explain [their] decision" about whether the rule should exist. The Skills section includes "Explain whether facts included in an argument are used for or against an issue," and the Parent Plan directs parents to have the child "defend his decision" about each rule. The Reading questions and timeline activity ask students to reference chapters and describe ceremonies, providing textual material they can use as evidence.

Students are asked in Activity 2 to think of three historical events, describe each event in three or four sentences, and explain how the memory could help Jonas's community, which requires them to make a claim about the usefulness of a historical event and give reasoning. Question #2 asks students to choose which of Jonas's eight rules would be most challenging to follow and explain why, prompting students to support an evaluative claim with explanation. The History activity's prompt to analyze positive and negative outcomes of past decisions asks students to connect historical information to contemporary choices.

Students are asked to "provide evidence from text to support" their understanding of how sensory language creates imagery, and they reread the sled description to select descriptive words and phrases. Students record words and phrases from the text on a five-senses chart and answer comprehension questions in complete sentences about specific textual details (e.g., the sledding memory, climate control, seeing color). The activities require students to locate and organize textual details that support their interpretations of imagery.

Students are asked to answer comprehension and opinion questions in complete sentences (Questions 1–4), including Q2 which asks them to agree or disagree and explain why, and Q4 which asks them to explain Jonas's reasoning about sharing memories. Students are directed to record information about Jonas on a "Character Timeline," which requires gathering and organizing textual details. The Symbolism activity asks students to identify symbols in literature and describe what they represent, prompting them to support interpretations with examples.

The lesson asks students to "Write persuasive letters" and offers an "A Letter to the Community" task that requires students to explain freedom and "explain the benefits of freedom and why it is worth the pain," which asks for reasons supporting a claim. The Activity 1 background introduces historical examples (the Holocaust and communist societies) that students could reference when discussing dangers of uniform societies. The parent plan repeatedly instructs students to "analyze the theme of freedom," which invites building arguments about freedom's costs and benefits.

Students are asked to answer comprehension questions in complete sentences and to record words and phrases on a timeline that describe Jonas, which requires drawing on the text for responses. Discussion prompts ask students to take a position (e.g., whether Jonas and The Giver can change the community) and to explain their reasoning. The Musical Selection activity asks students to list five songs and explain why each would be shared, requiring students to justify choices with reasons.

Students collect primary data about product origins by listing the country of origin for 10–15 items over three days and then tally and graph the results (Made in the U.S.A. activities). Students answer guided questions about which countries produced the most items and what types of items were produced nearby, and Option 1 asks for additional written analysis of those patterns. In Activity 1 students categorize and match natural, capital, and human resources for specific industries (lumber, automobiles, oil), which requires identifying relevant evidence about resources that support production.

Students are asked to research an American holiday using a library or the Internet and to fill out a research page with items such as why the holiday is celebrated, whether it was celebrated elsewhere before coming to America, how it was celebrated long ago and today, and associated symbols and foods. Students must give a presentation to their family about the holiday using props, which requires them to collect and report information. The Venn diagram activity has students identify similarities and differences among Canadian, Mexican, and U.S. cultural elements, prompting comparison that can use researched facts.

Students read specific pages of Prisoners of Geography and answer questions that require using textual information to explain how geography affects culture and city location. Students are directed to use a National Geographic Kids web link to research a chosen country and are prompted to record industry, economy, and even percentage living in poverty, which requires gathering relevant data. Students complete an Island Data Disk that asks them to collect and record resources, climate, industry, and environment, and they watch videos about the Caribbean and answer factual and explanatory questions.

Students are asked in Option 2 to compare and contrast a multiparty democracy with a one-party state and to explain what it would mean for citizens and whether they would prefer one, which requires giving reasons. Students are directed to use a web link ('Types of Governments') for research in Activity 1, allowing them to gather information to inform their answers. Activity 2 asks students to pause a video and complete questions about causes and figures in Latin American revolutions, which has students record factual historical details that could be used in support of claims.

Students are asked to research and record economic information (imports/exports, industry, natural resources, agriculture) for a selected country (Activity 4) and to fill charts about natural resources and economies for multiple countries (Activity 1). The guidance explicitly tells students to use reliable/credible sources such as educational websites, government sites, or online encyclopedias when researching. Student tasks (scavenger hunt and product collage) require collecting and documenting factual information about products and countries of origin.

Students are directed to research a country using named sources (Prisoners of Geography, National Geographic, Infoplease, library, Internet) and to record findings on structured activity pages for geography, history/government, economy, and culture. Students must create a tri-fold display and give a 5–7 minute oral presentation and reception where they explain their research and answer guests' questions. In Option 2, students research and write forty trivia questions (with required counts for political/economic, geography, and culture questions) and are scored on accuracy and depth of knowledge in the rubric.

Students read an informational book (What Was the Great Depression) and answer questions that require them to list reasons for the Depression and explain effects (e.g., Question #1 and #3). Students read and synthesize primary-source firsthand accounts and are asked to create a photo journal that pairs accounts with images and to credit the image sources. Students compare primary sources (photos, accounts) and a secondary source (the informational book) in a discussion question about how each helped them understand the time period, and students keep a Cultural Commentator journal noting textual evidence of culture in chapters.

The Skills section instructs students to analyze, make inferences, draw conclusions about the author's purpose, and provide evidence from the text to support understanding. The Wordsmith reading activity asks students to locate powerful or important passages, record them, read aloud, and discuss why they selected those passages. Parent prompts and discussion questions ask students to explain why events happened and to provide possible answers, which requires citing text-based details during discussion.

Students are asked in Option 2 to use two specific web links about the Mexican Revolution to fill in Venn diagrams comparing social/class systems and political systems in Mexico and the USA. Students reread the chapter descriptions of the train and class differences and identify contrasts between wealthy and poor passengers. The provided "Possible answers" list contains specific factual claims (e.g., land redistribution, term limits, lack of democratic elections) that students can record in the diagrams.

Students are asked to give page locations for each scene and to explain what role the setting plays in the conflict, which requires citing textual evidence. Students use a map with a scale to estimate migration distance from Oklahoma City to Los Angeles, which has them work with quantitative geographic data. Students watch linked videos and record quotes to paste on a Dust Bowl poster, gathering relevant primary/secondary source evidence from PBS and USDA webpages.

Students are directed to write a problem-solution paragraph that requires them to state a problem, explain why the problem exists in the next two to three sentences, and provide a solution with supporting details in the following two to three sentences. The Skills section explicitly says students will "offer persuasive evidence to validate the definition of the problem and the proposed solutions." As a Literary Luminary, students choose passages and explain their reasons for selecting them, which asks students to justify choices with textual reasons.

Students are asked to be a "Line Locator," copying three to five lines or short passages and explaining why they are examples of good writing or important to the story, which requires them to cite specific textual passages and justify their choices. In the Cesar Chavez activity, students choose a Chavez quote, write it down, explain its meaning in their own words, and relate it to Esperanza's story, which asks them to support an interpretation with a primary-source quote. The Transitioning Between Paragraphs activity has students rewrite topic sentences using transitional language to show how paragraphs relate, supporting coherence of claims across paragraphs.

Students listen to two first-hand interviews (Library of Congress links) and are directed to examine those accounts and the book to record examples that support reasons workers might strike. In the "On Strike!" activity students must find examples from the text, summarize those examples, and provide page numbers as evidence. Parent/teacher prompts ask students to explain examples from the text that support the reasons for striking.

Students are asked to "provide evidence from text to support understanding" of drama and to "analyze the similarities and differences between an original text and its dramatic adaptation," which requires citing the novel when explaining choices. Students write a movie trailer script that must "highlight some of the main events from the story, talk about the characters and the obstacles they face," which asks them to base persuasive language on story events. Students create a readers' theater script based on a selected event and are prompted to explain how their script is similar to and different from the events in the story, encouraging reference to textual details. Students perform and critique scripts, with parent prompts to "critique the script and performance" and to discuss how dramatic interpretation relates to the text, inviting use of textual evidence in discussion.

Students make and observe microscope slides (cheek cells and paramecia) and record observations and conclusions, including answering how many organelles are visible. Students must create either an oral presentation or a written illustrated report that lists at least three facts about cheek cells and three facts about paramecia and at least two similarities and two differences. Students use the Cheek Cell and Paramecium organizer to collect descriptive facts and can optionally use Internet links provided for reference. The presentation option directs students to create notes explaining what an observer is seeing, tying observations to stated facts.

Students read discipline-specific text (pages 14-15) and answer questions that require them to use that text (e.g., describe differences between plant and animal cells, identify shared organelles, define photosynthesis). In Activities and the Wrap Up, students must explain how their 3D model and 2-D diagram are similar or different and justify why they chose materials for organelles, and the Planning in Three Dimensions page asks students to list materials and explain why they chose them. The lesson provides diagrams and web links that students can use as sources to support their answers and explanations.

Students are asked to state and justify an opinion in the worksheet prompt "Do you think a cell is a good example of a factory? Why or why not?", which requires them to make a claim and give reasons. Students read pages of The Basics of Cell Life and answer comprehension questions that require using text evidence (e.g., identify specialized cells and describe neuron function). Students sketch the four levels of organization using a provided video and websites as references and identify microscope images using cell knowledge and clues, which requires them to use source information to support identifications.

Students formulate hypotheses and design controlled experiments (Activity 2) to test how abiotic factors affect brine shrimp hatching, then record results across Day 1–3 and answer directed questions such as "Which situation helped the most brine shrimp hatch?" and "Was your hypothesis correct? Why do you think this happened?". Students read provided web links about grasslands and planktonic/benthic habitats and answer comprehension questions, and they create diagrams labeling producers, consumers, decomposers, and abiotic factors that demonstrate connections between observations and explanations.

Students are asked to use specific web resources (a classification video, Britannica article, Animal Diversity website, and an interactive bacteria model) to find scientific names and information. Students answer targeted questions comparing prokaryotic and eukaryotic cells and identify taxonomic ranks (e.g., genus vs. species for wolves and dogs). Activities require students to create a classification system for household objects and a collage labeling animals with their scientific names found via internet research.

Students make microscope observations and sketches of fungi cells and write notes comparing organelles to plant cells, producing first-hand observational data. Students gather prior sketches of animal, plant, and protist cells and create a Venn-diagram-style poster that requires them to state how the four kingdoms are similar and different on a cellular level, labeling cell parts as supporting details. The materials instruct students to review notes and, if unsure, look up answers using the Internet or other resources, which can supply additional evidence for claims.

Students are instructed to "find an encyclopedia and read about Charles Darwin" and then record three questions and two things they would show or tell him, which directs them to use a credible reference. Students are also asked to "reread and compare the three versions of the poem 'from March '79'" and answer comparative questions, which requires close reading of textual versions and may prompt use of textual details as support.

Students are asked to research a chosen prehistoric animal so they know details about its habitat and how it lived before writing an obituary. Students are directed to watch videos from BBC, National Geographic, and other web links and to excavate fossils with a kit, providing factual sources and hands-on data. Students answer questions that require explaining poetic devices and comparing prehistoric and modern animals, engaging with content-based information.

Students are asked to form a hypothesis, follow a procedure, record results, and write a conclusion in the Camouflage (Option 2) experiment (e.g., "I picked up ___ black dots." "Conclusion: which color dots were picked up more and why"). The activity also prompts a follow-up question asking what the experiment reinforces about animal camouflage, which asks students to connect their data to an explanatory claim.

Students are asked to read pp. 12-21 of DKfindout! Maya, Incas, and Aztecs and then answer content questions that require citing factual differences (e.g., leadership structures, farming methods, diets). Activity 1 directs students to use their readings to 'fill in the information about daily life' and be descriptive in their answers. Activity 2 asks students to use the book (pp. 12-13) to label and match descriptions for levels of Incan society, which requires locating and applying information from a specific source. An optional Britannica link is provided as an extension for further information about a Mayan city.

Students are asked to read DKfindout! pages 26–31 and 48–51 and then answer specific factual questions (e.g., name three Mesoamerican gods and their significance; what sign indicated the Incan settlement). Students complete a graphic organizer ('Ceremonies in the Past and Today') that prompts them to describe who is involved, where it occurs, and what the event looks like for both ancient and modern ceremonies, and to state similarities and differences. The reading questions and organizer require students to locate and record relevant details from the provided text as support for their answers.

Students read specific pages of DKfindout! (pp. 32–33 and 50–51) and are directed to watch a Britannica video about Incan gold, providing credible source material. In Activity 1 students cut out items and are asked to put them in order of importance and then explain to a parent how they decided their order, requiring students to state and justify a choice. In Option 2 students answer focused questions about what gold meant to the Incas, how objects were used, and what the Spanish did with Incan gold, which prompts written responses based on the provided readings and video.

Students watch videos about the Spanish conquests, take notes, and write two paragraph summaries of the fall of the Aztec and Incan empires that must include a topic sentence and supporting details. Students research and select an Incan artifact (from DKfindout!, a book, or online), sketch it, record when and where it was made, note materials and techniques, speculate how it was used, and answer "What can this object tell us about Incan culture?". Students also place timeline cards and match quotes about the motivations (Gold, Glory, God), reinforcing use of historical facts and details.

Students are asked to write a time-travel journal that must incorporate information from DKfindout! Maya, Incas, and Aztecs and earlier lessons, and to review and edit entries for accuracy, detail, and neatness. The final project rubric requires 'thoughtful writing of journal entries' and accuracy in descriptions of cities/daily life, government/religion, and warriors/festivals. Unit-test Option 2 includes open-ended questions that ask students to describe ceremonies, writing systems, cities, discoveries, and the impact of Spanish conquest, which require using learned information to support answers.

Students are directed to explore multiple web sources (Britannica, Ducksters, PBS) and to record information on an "Elements of Incan Culture" chart, which requires locating and extracting relevant information. The Skills section explicitly states students will "Locate and explore the full range of relevant sources addressing a research question and systematically record the gathered information." Activity instructions tell students to focus on the most important information and to use words and pictures to document what they learn.

Students read chapters and answer comprehension questions that require inference about characters and setting, which engages them in using textual details. The parent plan lists a skill to "analyze, make inferences, and draw conclusions about the author's purpose in cultural, historical, and contemporary context," prompting students to interpret text-based information. The research activities (Wildflowers Photo Journal or Peru Photo Collage) require students to locate pictures and information from books or the Internet, which involves gathering information from external sources.

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," which requires gathering information. Students are provided multiple web links (Machu Picchu, Temple of the Sun, Maras Salt Mines, Sacred Valley, Tambomachay, Cusco) and told they "can use the websites provided as sources of information," so students locate and explore external sources. The Parent Plan lists skills students will practice, including locating and exploring relevant sources and synthesizing research into a written or oral presentation.

Students are asked to use provided websites to learn more about the Spanish conquest of the Inca and to include accurate historical information in their poem (Option 2), and a parent note asks reviewers to check that the poem provides accurate historical information. Students are asked in Option 1 to brainstorm cultural aspects to preserve and to "explain why" each is important, which requires stating reasons linking claims to justification. The book-review activity asks students to give examples and to summarize plot events using cause-effect and time transitions, which can prompt students to cite specific events as support for evaluative statements.

Students read pages 6–7 of the Ancient Civilizations text and answer guided questions that require explanation (e.g., explaining how successful agriculture helps civilizations develop and why civilizations form along rivers). In the Social Structure activity students place class labels on a pyramid and answer why a pyramid is a good diagram and why scribes rank above craftspeople, requiring logical explanation based on the reading. The Brainstorming activity asks students to record what they know and to write questions to investigate, and the parent notes encourage finding answers through later readings or additional research.

Students complete an "Analyzing Artifacts" activity in which they record artifact details (what it is, where it was found, material, estimated age, and possible uses) and then answer a conclusion prompt: "Based on these three artifacts, what conclusions can you reach... Explain the reasoning behind your conclusions." The dig activity requires students to map artifact locations and note depths, giving concrete evidence to support claims. The lesson also instructs that students' analyses "should include detailed descriptions... with reasonable conclusions" and suggests using online digs that provide field notes, maps, and journal entries as sources of information.

Students read and analyze excerpts of Hammurabi's Code and complete a table comparing each law to modern practice, explaining which law seems more fair and why, which requires them to make claims and give reasons. In Activity 1 students label a map and answer why people settled in Mesopotamia and how natural resources were useful, using the reading and the map as support. In Activity 8 students are asked to research a chosen civilization, include a map, give examples (with sentences) of environmental uses and cultural elements, and record URLs under images, which asks them to gather information from sources.

Students are asked to re-read assigned pages and answer factual questions that require citing specific information (e.g., why the Nile was important, what hieroglyphics are, what ordinary Egyptians ate and wore). Activity 1 directs students to use a provided web link and a graphic organizer to record multiple ways the Nile was used (water, food, resources, transportation), prompting students to collect and record relevant data. Activity 3 directs students to consult several credible web resources (PBS, the Met, British Museum, ancient.eu) and library books to fill tables explaining work, tools, natural resources, and social status for different groups of Egyptians. The parent notes and answer key supply explicit factual examples that students can use as evidence (e.g., irrigation, papyrus, bricks).

Students are asked to identify and analyze artifacts (two from Mesopotamia and two from Egypt) and to describe what each artifact tells about the culture that produced it, including a space to record the artifact's source/URL. Students must locate and review multiple websites (three for each civilization), use Web-based Review Pages to record descriptions and reflections, and write 2–3 sentence introductions explaining why each site was chosen and what visitors will learn. The provided rubrics evaluate whether students accurately and thoughtfully explain what artifacts and websites reveal about the cultures and whether presentations answer questions accurately.

Students collect quantitative data in the Surface Tension Investigation by counting drops on a penny across repeated trials and compare results with and without soap. Students record observations in the Pepper Problem and answer Think Like a Scientist questions that require explaining observations with molecular-level reasoning. Students build or draw models of water molecules and use those models to explain why molecules stick together, linking evidence and explanation. The Life Application asks students to explain real-world effects using evidence from what they have learned.

Students read Chapter 2 of Water: The Story of the Hydrosphere and then collect quantitative data by measuring the mass and volume of four solutions and calculating density. The activity pages ask students to "Use evidence from your measurements to explain your answer," to "Explain your reasoning," and to connect observations (e.g., whether a chemical or physical change occurred) to evidence. Students also complete prediction, data-recording, and conclusion prompts (Measuring Mass Question, Measuring Density Diagram, Things to Ponder) that require using their measurements and observations to support explanations.

Students plan and carry out an investigation (Activity 2) where they observe and record how food coloring disperses in hot, room-temperature, and cold water, producing empirical data about particle motion. Students develop and use models (Activity 3) and are explicitly asked to "construct an explanation based on evidence" to connect particle-level observations to large-scale thermohaline circulation. Students answer analysis and reflection questions and are prompted to "Use oral and written language to communicate findings," which requires them to explain how temperature and salinity drive ocean currents using their observations.

Students build and observe a groundwater model and then answer 'Explain Your Thinking' questions that require them to use model observations to explain why groundwater occurs in some places and how gravity and the Sun move water. In Activity 2 students analyze a cited bar chart (Poore & Nemecek, processed by Our World in Data) and an article/video, answering questions about patterns in water use and how drought-tolerant crops could reduce pressure on freshwater. The skills list explicitly asks students to "analyze and interpret data," "construct explanations based on evidence," and to "use technologies and information systems to research" and communicate findings.

Students are asked to research real-world problems using provided web links (e.g., NOAA, NPS, nyis.info) or local water officials and to develop a testable inquiry question focused on resources that affect organisms. The Skills and Parent Plan repeatedly require students to "construct an argument supported by evidence," "analyze and interpret data to provide evidence," and "construct an explanation based on evidence". In the estuary game and food-chain activities, students collect quantitative outcomes (numbers of goldfish crackers, add/remove instructions) and then explain what happened, identify resource changes, and justify effects using feeding relationships and their models.

Students read Chapter 6 of a science text and watch a video, then answer questions that require explanation of processes (evaporation, condensation, precipitation) and causes (Sun and gravity). Students build a Ziplock-bag model, observe results, change one condition, and compare results, which requires them to analyze and interpret observations as evidence. The Parent Plan and Skills list explicitly state that students will "construct an explanation based on evidence" and "analyze and interpret observations from a model to determine how energy from the Sun affects the rate of evaporation."

Students are prompted to read Chapter 7 and watch a video, then analyze maps and models to identify where erosion and deposition occur. Multiple activity prompts ask students to "explain your answer using evidence from your observations" and to complete sections titled "Analyzing the Evidence" and "Think Like a Scientist." The Parent Plan skills explicitly list "Construct an explanation based on evidence" and "Use oral and written language to communicate findings."

Students are asked to analyze Graph 1 and Graph 2 and explicitly "answer the questions on the activity page using evidence from the graph," requiring them to use data to support conclusions about temperature, pollutants, and dissolved oxygen. Students carry out a hands-on runoff investigation where they observe, record, and compare water clarity across treatments and are prompted to "use your observations to explain" how runoff affects water quality. The skills list and wrap-up repeatedly state students will "construct an explanation" or "construct an argument supported by evidence," and students watch a content video and read Chapter 8 as sources of background information and data.

Students collect and record data in multiple activities: they design and test filters and record clarity and particle removal, compare tap water and distilled water by observing odor, color, and taste, and measure drip rates and calculate water lost over time in the Great Leak Investigation. The skills list explicitly asks students to "construct an explanation based on evidence," "analyze and interpret data from investigations," and "use oral and written language to communicate findings," which aligns with supporting claims using data. Students are also asked reflection questions that require explaining which filter worked best and why, and to draw conclusions about tap water quality based on their observations.

Students collect and analyze a real water sample (observing clarity after settling) and record observations about possible contamination and how it could affect organisms. They identify organisms using research tools (e.g., Google Image Search), build ecosystem models and food webs, and answer specific prompts about evidence of human impact, contamination, and possible solutions. Skills pages and activities ask students to "construct an explanation based on evidence" and to "analyze and interpret observations" when explaining how the local water source supports organisms and how human activities impact it.

Students are directed to research the life of John Steinbeck using three listed websites (nobelprize.org, notablebiographies.com, steinbeck.org) and answer specific biographical questions. Students locate accurate factual data such as where Steinbeck grew up, his college attendance, and common themes in his novels. Students are asked to explain how themes in his literature reflect his life experiences, prompting them to connect source information to an explanatory claim.

Students answer interpretive questions in complete sentences that require reasoning about Kino's canoe and its value and explain effects of phrases such as "vagueness of a dream," which asks them to support interpretations with references to the text. Students extract specific verbs and adjectives from the second paragraph into a Verbs and Adjectives chart, using textual words as evidence. Students produce a drawing or a poem and are invited to "borrow" Steinbeck's language, which requires them to locate and reuse textual details to support their descriptions.

Students are asked to explain and justify interpretations (e.g., QUESTION #1 asks whether Kino loses his soul and to "Explain", and discussion prompts ask students to predict Kino's fate and defend their reasoning). QUESTION #4 asks students to connect the text to historical examples where quests for wealth led to destruction, prompting students to provide supporting examples. Students are also asked to add examples of effective stylistic devices from the final chapter to a log, which requires citing textual instances as support for claims about style.

Students are asked to list moral lessons from The Pearl and decide on a lesson that will be the heart of their parable (Activity 1). The parent note for Activity 1 explicitly asks that if a student's lesson differs from typical examples, the parent should make sure the child can "support her idea with evidence from the text." The Story Map and rubric focus students on theme and how place/time influence theme, which requires referring to the novella's content to choose a lesson.

Students are instructed to "use evidence from the book to argue the case" in the Kino Trial activity and to "use persuasive techniques and evidence from the story" when writing a speech defending or prosecuting Kino. Students are asked to "support your answer with evidence from the story" for the short-answer question about Steinbeck's stylistic devices. The Skills list includes "Draw conclusions based on evidence, reasons, or relevant information," indicating students will practice reasoning from textual evidence.

Students read Geography of the World (pages 204–207) and answer comprehension questions that require explanation (e.g., explaining why Africa is "a land of contrasts" and describing problems people face), which asks them to use the text as support. Students are directed to explore news sources and use library/Internet resources to learn more about Africa, and they are asked to find resources to address their questions. Students create and label a detailed map using page 205 as an answer key, which requires them to extract and apply geographic data.

Students use Geography of the World to fill in a comparative table about climate, major crops, how environment influences farming, and major exports for Morocco, Algeria, Tunisia, and Libya, collecting factual data for each country. Students write a short, well-organized paragraph in the brochure option explaining how a country's environment influences its economy, linking natural resources and climate to industries and agriculture. Students complete Current Events Report pages that require them to record the news source (URL or program), summarize the story in 2–3 sentences, and reflect on the story, showing practice in using and citing external sources.

Students are directed to read specified texts (Geography of the World and Ancient Civilizations) and answer factual and analytical questions (e.g., impacts of the Nile, work of Ethiopians). In the "Cultures of Sudan" activity students use resources to complete a comparison table and answer two analytic questions about causes and effects of civil war, requiring them to draw on information. The current events journal activity asks students to add 1-2 news stories on Africa, which involves locating recent sources and summarizing information.

Students are directed to read specific pages in Geography of the World and to use that text to complete comparative activities (Option 1) and to write a letter explaining how environment and economy are connected (Option 2). In Activity 3 students add 1–2 news stories to a current events journal, and the lesson provides links (National Geographic Kids, Librivox) and instructs students to use the Geography book as sources. The Option 1 student activity page and the provided answer key require students to record concrete data (climate, crops, natural resources, and examples of human-environment interaction) for different countries.

Students are asked to use Geography of the World and additional research sources to complete the "Colonization of Central Africa" activity, recording items such as "Current state of the country's government and economy" and listing "Source(s) for information." In the comparative section students must write similarities and differences about two countries' colonial histories. Option 2 asks students to read about a country and "write a well-organized paragraph summarizing some of the challenges that the government faces," with prompts that invite comparison to their own political system and suggest using current events journal entries.

Students are asked to conduct research for a brochure, poster, or public service announcement (Option 1 and Option 2) and to incorporate information from Geography of the World and additional resources. The lesson lists and encourages use of credible sources (National Geographic, World Wildlife Fund, WHO) and asks students to answer explanatory questions such as why an issue is a problem and what is being done about it. Students are required to include interesting facts and accurate information on the brochure/back cover and to add 1–2 news stories to a current events journal.

Students are assigned readings from Geography of the World and asked to use definitions on specific pages to define forms of government and then place the eight southern African countries into appropriate government categories, which requires applying textbook criteria to classify countries. Students complete a Venn diagram comparing apartheid in South Africa and U.S. segregation, writing similarities and differences based on reading and prior knowledge. Students are asked to add 1–2 news stories to a current events journal and are given specific web links (National Geographic, a Stanford article, and an archived Scholastic page) to use as resources.

Students are instructed to research current events and background information using the Internet, Geography of the World, or other sources and to record that information on the "Final Project Notes" pages. The "News Report Citation" activity page directs students to create citations including author, title, date, URL and access date and provides an example citation; rubrics for both printed and broadcast news require accurate reporting and citation. Project instructions require students to use information from source articles to plan and write news stories in their own words and encourage use of maps, charts, or graphs as visuals to help convey the meaning of a story.

Students perform a hands-on investigation (Activity 1) in which they record observations, note that air prevents water from entering an inverted cup, and write an explanation that air takes up space—using that experimental evidence to support the claim that air is matter. Students read Chapter 1 and answer guided questions that ask for evidence (e.g., air has mass; the air in a bedroom weighs about 75 pounds) and use those details in written responses. In Activity 2, students use the reading and their observations to create diagrams and answer cause-and-effect prompts that require explaining how the atmosphere interacts with other systems, linking claims to examples from the text and investigation.

Students are asked in Activity 2 to sort phenomena into atmospheric layers and "choose three of your placements and explain your reasoning using evidence from Chapter 2," explicitly requiring support from a credible text. In Activity 1 (both diagram and 3D model options) students record altitude and temperature for each layer and Part 4 asks them to describe the temperature pattern—tasks that require use of relevant numeric data. Multiple prompts (Part 5, Part 6, and the Parent Plan guidance) require students to explain why layers differ and to "explain their reasoning using facts from the chapter," which asks for logical connections between evidence and claims.

Students are asked to analyze the five-day weather data table and answer Part 2 question 5: "How does changing air pressure affect the weather? Use evidence from the data." The worksheet's Part 5 asks students to predict Day 6 and "Support Your Prediction" by explaining patterns and reasoning. The collapsing-can experiment requires students to record observations and answer questions that explain the phenomenon using experimental evidence.

Students collect quantitative data in Activity 1 by measuring starting and final temperatures for black paper, white paper, and aluminum foil and record temperature changes in a table. They analyze those data on the Student Activity Page (Analyze Your Data, Explain Your Thinking, Conclusion) and use those results to confirm or revise a hypothesis. In Activity 2 students use external maps (NASA, National Geographic, geology.com) to build a model, choose six locations, record surface type and location, and are prompted to determine energy levels and "explain why" using both surface type and location. Several prompts explicitly ask students to "use evidence from your model" and to write final explanations linking absorption, reflection, uneven heating, and atmospheric effects.

Students read a named text (Chapter 5 in Air: The Story of the Atmosphere) and answer explanatory questions that ask them to explain how solar energy creates wind and to identify types of heat transfer. Students carry out experiments (Convection Moves the Air; Convection in the Atmosphere) and record observations, hypotheses, and draw conclusions about how warming and cooling cause air movement. The activity pages include a Challenge Question that asks students to explain how a type of heat transfer could affect the atmosphere, prompting use of observed results as support.

Students read Chapter 6 of a discipline-specific text (Air: The Story of the Atmosphere) and answer targeted questions that require explanation (e.g., why wind forms, how uneven heating creates circulation). Students build and use a visual model and maps/diagrams (Tracking the Winds, Jet Stream, Trade Winds) to identify repeating patterns and to connect moving air to heat, moisture, and weather. Several activities ask students to explain phenomena in writing or drawing (Part 5: Connecting to Weather; Coriolis Effect questions), using their model results as support.

Students analyze a real-style weather map in the Weather Front Investigation and are prompted to "use evidence from the map, apply what you learned in the video, and explain your thinking." In the Severe Storms Case Study, students read tornado and hurricane case studies and are asked to "use evidence to explain how these storms form, how they are predicted, how they compare, and how people prepare." In the Snowfall activity, students retrieve historic snowfall data from a weather.gov tool, calculate averages, compare years, and are asked how they would use that data to predict future snowfall trends.

Students analyze graphs of atmospheric CO2 and global temperature in the Climate Data Analysis activity, identify trends, and are asked to cite evidence from the graphs that suggests human activities are increasing emissions. Students collect observational data from agar dishes in What's in the Air? and are asked to use those observations as evidence to explain how human activities influence air quality. In Designing Solutions students use provided web links (Drawdown, UN) or internet searches to gather information, evaluate real-world actions, and explain how their proposed solutions reduce emissions or lower a carbon footprint; the skills list explicitly names using evidence and engaging in argument from evidence.

Students are asked to explain relationships and give reasons in multiple places (e.g., Unit Test question 3 asks how changes in air pressure lead to weather phenomena; question 16 asks students to describe two actions to reduce carbon footprint and explain why each is beneficial). The Escape Room final challenge asks students to answer summary questions such as listing ways to protect the atmosphere and describing how sunlight impacts weather, requiring explanatory reasoning. The curriculum also prompts students to choose concepts like "Examining data on past natural hazards" as possible puzzle topics, which could involve reasoning about evidence.

Students are asked to "support opinions in verbal presentations with detailed evidence and with visual or media displays" (Skills) and to "clarify and support spoken ideas with evidence and examples." Part IV of the Student Activity Page asks students to characterize Nhamo "(Use evidence from the text to support your answer)," explicitly requiring text-based evidence. The parent checklist and practice tasks direct students to use examples and evidence when presenting their personal narrative aloud.

Students read the Rainbow Serpent story and a second creation story (from books or linked web resources) and complete a structured "Comparing Creation Stories" activity page that asks for details about how each story explains origins, order of creation, and roles given to humans. The activity asks students to record similarities and differences between the two stories and to answer specific text-based questions (e.g., what existed at the beginning, how humans were made). The lesson provides links and guidance for locating additional creation stories to use as sources.

Students are asked to locate and record news items and their sources in the Current Events Report, including noting the news source (URL) and summarizing the story. In Option 2 students use Geography of the World data (area and population) to compute population density and answer comparative questions, using accurate numerical data and an answer key. In Activity 2 students brainstorm written and non-written sources and answer questions about what those sources can and cannot reveal, practicing source analysis.

Students are asked in the "Reporter's Notebook on Aboriginal Rights" to research a current concern, list three relevant facts, note possible solutions, and list sources used, which requires collecting relevant data and citing sources. In the "Government of Australia" activity students use encyclopedias and listed web resources to record specific facts (constitution dates, branches, heads of executive, legislature names, major parties) and complete a Venn diagram comparing the two governments. In the economy activity students research Australian exports and create a persuasive poster or radio ad that uses factual details (the example ad cites wool production and various exports) to inform or persuade an audience.

Students conduct research on an Australian animal using provided sources (Perth Zoo, Australia.gov, embassy PDF) and record habitat, diet, five facts, and an explanation of adaptations on the Amazing Australian Animals activity page. Students locate and summarize a news item about Aboriginal Australians using the Current Events Report form, documenting significant people, regions, and a brief summary. Students plan and write an opinion letter to the editor about Uluru policy (or design persuasive bumper-sticker materials), which asks them to explain reasons for their stance and what they would do if they visited.

Students are asked to research Maori art and artifacts using specified sources (The Encyclopedia of New Zealand, a New Zealand government site, or other online/library sources) and to record details such as where an object was found, its age, material, use, and connections to natural resources. Students must answer interpretive questions about how an artifact fits into Maori culture and its importance, requiring them to draw on evidence from their research. In the Outdoor Activities task, students identify natural features that make particular activities possible in New Zealand and in their own community, and must justify whether those activities could take place given environmental evidence. The reading questions and background provide factual data (e.g., 60% hydroelectric power, sheep-to-person ratio) that students can cite in their responses.

Students are asked to research a Galápagos animal using library or online sources and provided web links, then complete a field guide page or diagram that includes sections such as "How is it well-adapted to its environment?" and factual fields (size, habitat, lifespan). The diagram option explicitly instructs students to note the source of any pasted image (title, author, page number, or URL). The Current Events Report requires students to record the News Source (name or URL), summarize the article, and give a reaction.

Students must write short answers on the unit test (e.g., describe the earliest human settlement of Australia and summarize an Aboriginal story and explain its relationship to the natural world). Students must create a brochure and museum plan that include sections labeled Government, Economy, Natural Environment, and Cultures and list at least three important insights for some topics. Students must present a persuasive museum proposal to a board of directors and are prompted to "make a convincing case" and to explain what visitors will learn and how they will learn it.

Students read Chapter 1 (Parts I & II) and answer questions that ask them to identify the evidence Wegener used (matching rock formations, fossils, coal deposits, glacial evidence). Students perform an isostasy demonstration and draw and write observations about how the block (crust) rises as ice melts, using those observations to explain crustal rebound. Students build sea-floor spreading models (paper or USGS shoe-box model), interpret magnetic stripe patterns, and answer guided questions about which rocks are older and why, using the USGS webpage as a referenced resource.

Students read Chapter 1 - Part III and answer content questions about what divergent and convergent boundaries create, showing recall of relevant facts. Students use the USGS plate map and the PBS "Mountain Maker, Earth Shaker" interactive to observe plate boundaries and behavior. Students construct and demonstrate clay models of plate interactions and are asked to explain what happens at each boundary to a parent. Students examine an image of Sichelkamm Mountain and are asked to explain how the mountain was formed and how they can tell, using visible fold lines as observational evidence.

Students collect rock and mineral samples, record observational data (color, luster, grain size, hardness tests, streak), and answer questions that ask for identification and explanation (e.g., "Best guess identification" and which property would be most useful). Students use provided online identification keys and reference sites (Mineralogy4Kids, MSA rock/mineral keys, geology.com) to compare their data to authoritative sources. Students create labels that name each sample, give the location found, and describe observable properties, preserving their data for a final project.

Students are asked to research an earthquake hazard using provided web links (e.g., USGS, National Geographic) and to describe a historical example including when/where it occurred, type of damage, number of lives lost, and total cost, which requires collecting relevant data. Option 2 asks students to design a seismograph and explain how it will work and what its limitations are, requiring students to use reasoning to justify design choices. The Parent Plan explicitly lists 'Construct an explanation based on evidence' and 'Analyze and interpret data on natural hazards' as student skills to be practiced.

Students are asked to research a specific earthquake or volcanic eruption and answer guided questions that require collecting factual data (e.g., date, country, monetary damage, lives lost, type of volcano or fault, aftershocks and secondary effects). The lesson provides explicit credible sources for Option 1 (e.g., NPS, USGS, state geologic survey) and asks students in Option 2 to use online articles and news sources. Day 2 requires students to organize and present their findings in a slideshow, poster/oral presentation, or written report using the information they recorded.

The Skills section asks students to "construct a scientific explanation based on evidence from rock strata" and to "analyze and interpret data on the distribution of fossils and rocks," which directs students to use evidence to support explanations. In the Activities, students must reconstruct a sequence of events from a damaged stack (analogous to rock layers), highlight significant events, and explain what the remaining parts can tell a scientist, requiring them to infer and justify conclusions from physical evidence. Reading questions and the model-sharing task require students to explain why relative and absolute ages differ and to describe factors (folds, faults, erosion, intrusions) using reasoning tied to observations from their model or text.

Students gather quantitative data by performing soil texture tests (measuring sand, silt, clay layers and calculating percentages) and soil pH/nutrient tests and recording results on the 'My Local Soil' page. Students use credible sources (University of Idaho page on the Twelve Soil Orders and USDA/NRCS state soil PDFs and tools) to learn about soil types and state soils. Students are asked to write explanations and a Difference Statement about why soils differ and to explain what plants would grow well or what changes are needed, which requires linking observations to conclusions.

Students are asked to "conduct a few more tests on your local soil" and to describe the soil's pH, texture, and nutrient content on the "Our Soil" activity page, which requires recording measurable data. Students must "describe and show the rocks and minerals you classified and explored on your rock hunt" and include photographs or illustrations in the final booklet as evidence of local findings. The final project rubric asks students to explain layers, tectonic activity, and list local mountains/volcanoes/earthquakes, requiring students to present specific factual information about their area.

Students are asked to read Chapter 1 and answer interpretive and evaluative questions in complete sentences (e.g., explain Gandalf's remark, describe Bilbo's change, and respond to "Do you think Bilbo should go on the mission? Why or why not?"), which asks them to give reasons for a position. Students are asked to record important events and the chapter(s) where each event occurred on the setting map, which requires linking claims about events to specific locations in the text. The activities include a web link and the primary text (The Hobbit) as sources students use to complete tasks.

Students read two linked biographies of J.R.R. Tolkien, giving them access to credible informational sources. Students generate five interview questions and explicitly record their reasoning for why each question is important, requiring them to articulate logical rationale. Students identify three things they would share about the future and explain why, and students create a collage and explain each image choice, which asks them to select and use information to support interpretations about Tolkien's life.

Students answer text-dependent comprehension questions (e.g., explain why Thorin won't tell the Elvenking) and record chapter numbers and short sentences describing what happened, which requires using details from Chapter 9 as support. Students identify events that advance the plot and note examples of flashback or foreshadowing, tying claims about character change to specific textual evidence. In Activity 2 students state a real-life problem, brainstorm three solutions, list pluses and minuses for each, and then select and explain the best solution, requiring students to provide logical reasoning for their choice.

The activities ask students to collect examples from the Internet, newspapers, magazines, and their community (Option 1) and to find current and historical events from media and books (Option 2), which requires gathering evidence from sources. Students are directed to classify artifacts by how they prey on greed and to record examples with two- or three-sentence descriptions and to rank events by impact, which asks students to analyze and use examples to support evaluations. The Parent Plan lists skills to identify, analyze, and critique persuasive techniques and recurring themes, which involves examining evidence from texts and media.

Students read Chapters 16 and 17 and answer open-ended questions that require explanation (e.g., why Bilbo sneaked out, whether he should have admitted giving away the Arkenstone). Students create a Quest Cube and are asked to "explain to your parent how each element affects the theme and mood of the story," requiring them to connect story elements to interpretive claims. Students are prompted to defend positions in discussion questions (e.g., whether Bilbo should have given the Arkenstone) and to write answers in complete sentences.

Students read early reviews/responses to The Hobbit (including a linked C.S. Lewis review and Rayner Unwin's handwritten report) and are asked to summarize the critic's response in two to three sentences in their journal. Students identify whether each response is positive or negative and explain the major points the critic makes. Students are also asked to describe any literary elements the reviewer alludes to and to read aloud their summaries, reinforcing engagement with source material and reviewer claims.

Students are instructed to support their opinions with examples from the text, including figurative language, direct quotes, and events from the story. The rubric explicitly assesses "Textual Evidence: Use of direct quotes and reference to the text," and the outline and prewriting web require students to list ideas with supporting lines. Students are guided to write topic sentences and provide multiple support lines for each body paragraph, prompting them to connect claims to textual evidence.

Students are asked to synthesize information from multiple reading pages to complete the Comparing Hinduism and Buddhism table (Option 1), and Activity 2 Option 2 asks students to evaluate Buddhism from three historical perspectives, applying learned information to different social roles. Students must locate and add dated timeline cards (Activity 4), and use maps and readings to mark geographic and historical claims in Activity 1. Several activities require students to use facts from the assigned text (pages 1–21 and referenced map pages) to justify answers to comprehension questions and to build comparisons or imagined daily schedules.

Students copy and interact with a passage from the Tao Te Ching (Activity 5), write a short explanatory sentence about what the Tao Te Ching is and why it is significant, and summarize each of the five sections of the passage in their booklet. Students summarize accomplishments of seven dynasties and answer reflection prompts about whether they would have liked to live in each period (Activity 2), which invites them to state opinions and give reasons. The optional extension asks students to find quotations from religious texts and philosophers and compare those ideas to the Tao Te Ching, requiring students to gather and use material from external sources.

Students answer guided reading questions that require reference to the textbook (for example, the Confucius question cites a direct quotation on page 22). Students add timeline cards by locating dates in their binder, matching and affixing cards to timeline pages. Students map Silk Road trade flows and are instructed to list accurate goods exported and imported using the book (page 13 lists silk, tea, spices and gold, silver, precious stones).

Students are directed to use pages 10–17 of Life in Ancient Japan to answer comprehension questions and to complete activities (e.g., the "Power in Ancient Japan" page) that ask them to provide examples illustrating how different groups came to power and held power. Activities require students to list natural resources "you will find them listed in the reading," label trade flows with specific goods from the text, and include approximate dates and key details when creating a flow chart of shifts in power. Several tasks explicitly instruct students to draw on the textbook as their source of facts and examples.

Students are directed to read specific pages of Life in Ancient Japan (pages 18–31) and then use that text to complete activities such as the Beliefs table or Venn diagram (Activity 2), the Cultural Exchange map (Activity 3), and the Life of a Warrior classified ad (Activity 4). The activities require students to extract facts (origins of religions, cultural items traded, duties of samurai) from the assigned text to complete written products. The materials also instruct students to list the title and URL or publication details for any images they include from outside sources.

Students are required to gather and present factual information about ancient India, China, and Japan (each slide must include at least two important pieces of information) and to study the unit "Things to Know" and maps before the final. The slide option explicitly requires that students include image citations when images are not their own, and the rubrics evaluate the accuracy and organization of slides and the informativeness of the script. The puppet-show option and accompanying rubric require retelling historical accounts and including stories that address rank/status, rulers, and cultural exchange or religion.

Students collect observational data using the "Your Neighborhood Survey" table, recording component names/descriptions, whether each is abiotic or biotic, P/C/D classification, and location. Students use those observations to create diagrams that show relationships and use arrows to indicate flow of matter and energy among biotic and abiotic factors. Question #2 asks students to justify which components are necessary and why, prompting them to provide logical reasoning tied to observations. The Skills section explicitly lists researching, gathering and analyzing data, and analyzing and evaluating scientific information.

Students are directed to read specific sources (Exploring Ecology and provided web links such as World Biomes, Missouri Botanical Gardens, and UCMP) and to use the Internet or local observations to collect information about two ecosystems. Students record data in structured tables (Survey Table and two Ecosystem tables) that capture biotic/abiotic factors, producers/consumers/decomposers, locations, and characteristics. Students are asked to write a short paragraph for each ecosystem summarizing findings including biome, location, notable biotic/abiotic factors, and major characteristics, and are prompted with questions such as "What is evidence of this dependence?".

Students calculate biomass and consumption using supplied numerical data (blades per inch, weight per blade, numbers and weights of grasshoppers, slugs, and shrews) and record their computations on the activity page. Students measure and record water transferred between bowls in the energy-flow demonstration and evaluate whether the measured transfer approximates the expected ~10% energy transfer. Students discuss and answer questions that require reasoning about how abiotic factors and organism energy use affect biomass and energy flow.

Students gather and record specific data about organisms (producer/consumer status, food source, habitat, and relationships) on the activity pages. Students are asked to compare two environments and answer the question "Would the organisms in your environment survive in a different environment? Explain your answer," which requires them to use the information they collected to justify a conclusion. The lesson directs students to consult assigned readings and web links (e.g., "Ecological Niches," symbiotic relationships video) as sources of information to support their answers.

Students read textbook pages and watch a video about ecological succession and then answer explanatory questions that require them to state differences between primary and secondary succession and explain why succession is beneficial. Students are asked to "analyze evidence to explain observations, make inferences and predictions," and to "use oral and written language to communicate findings and defend conclusions" as listed in the Skills section. Students collect and organize online images as evidence for primary and secondary succession and write captions or descriptions that explain each stage.

Students read specified pages in a content-rich text (Changing Ecosystems) and are asked to consider causes of change such as climate change, natural disasters, and succession. Students write a paragraph explaining how a new volcanic island might be repopulated, requiring them to make and explain a claim about succession. Students locate and caption 5+ images showing stages of succession and 2–3 images showing volcanic destruction, with recommended links to credible sites (Smithsonian, National Geographic, Volcano Discovery) to inform their selections.

Students are asked to collect 2–3 pictures of the area before and immediately after the disaster and contemporary pictures, and to write captions that describe what is happening in each picture in terms of stages of succession. Students must write a paragraph predicting the ecosystem in 20–30 years and provide explanations for why changes have occurred between post-disaster pictures and current pictures. The skills section states students will "analyze evidence to explain observations, make inferences and predictions, and develop the relationship between evidence and explanation," and students are instructed to describe the type of succession and match stages of succession with provided graphics.

Students are asked to read specified pages in Exploring Ecology and Changing Ecosystems and to gather information from Exploring Ecology or the Internet to complete comparative ecosystem charts. Students complete 'Ecosystem Characteristics' activity pages where they record factors, note a change (e.g., rainfall), and write predicted results for vegetation. The Parent Plan and Skills list explicitly include 'Analyze evidence to explain observations, make inferences and predictions, and develop the relationship between evidence and explanation.'

Students formulate hypotheses and record predictions for experimental conditions (Prediction section). Students collect quantitative and qualitative data by measuring plant height and color daily for multiple days and record results in the observation table. Students are asked to compare results with predictions and to analyze evidence to explain observations, make inferences, and draw conclusions (Skills and Questions to Ponder; parent plan notes explicitly state analysis of evidence and drawing conclusions).

Students record a hypothesis and collect quantitative data in Activity 1 by weighing ingredients and the resulting slime, computing totals and differences, and answering discussion questions that ask them to explain discrepancies. The Skills section explicitly lists analyzing evidence to explain observations, make inferences and predictions, and relate evidence to explanation. Reading-and-questions items (Question #1 and Question #2) require students to give logical explanations connecting the carbon cycle and trophic energy loss to the Law of Conservation of Matter and Energy.

Students are asked to use the Internet, library books, and other resources to find images, maps, food‑web roles, ecosystem details, and reasons for an organism's extinction. Students must record specific data (food sources, predators, climate, geography) and provide pictures that represent causes of extinction. The Skills section instructs students to analyze and evaluate information from a scientifically literate viewpoint and to use oral and written language to communicate findings and defend conclusions.

Students are asked to research invasive species using provided web links (Wikipedia and the National Invasive Species Information Center) and to gather specific information: name, areas where it occurs, and a description of the plant's impact on other plants. Students are instructed to collect observations or images and to present their findings on a Weebly page or in a portfolio, and they are encouraged to ask local experts. The parent guidance lists factual impacts (reduction in biodiversity, economic and health impacts, association with human activity) that students can collect as evidence about a species.

Students are directed to read specified, credible websites (Ancient History Encyclopedia, Britannica, National Geographic Kids, etc.) and record information from those sources on an "Elements of Korean Culture" chart, showing they gather relevant data. The Skills section explicitly names "Evaluate information from different sources about the same topic," and Activity 3 asks students to decide whether information fits under "Today" or "Centuries Past," which requires comparing and judging evidence. Parent discussion prompts ask students to explain how Korean culture has changed and to give reasons, encouraging reasoning about causes using gathered information.

Students are asked to give a brief oral summary of the chapters and to answer comprehension questions in complete sentences, which requires them to state claims about the text (e.g., Q1: whether Tree-ear should have told the man) and justify those claims. Several questions require recall of specific text details (Q2 and Q3), and the activity asks students to add details to an "Elements of Korean Culture" page, encouraging use of text-based evidence. The directions to answer in complete sentences and to explain "why or why not" prompt students to provide reasoning with reference to the novel.

Students carry out a hands-on investigation of local soil for pottery, observing how the dirt molds, changes with water, dries, and asking "Based on this investigation, how much clay do you think your sample contained?" This requires students to form a claim about clay content based on observed data. The lesson also provides an external web link titled "Types of Clay for Pottery," which students can consult for information about clay types.

Students are asked to research Linda Sue Park using the provided web links (the author's site, Reading Rockets, and an interview), take notes from videos and bios, answer directed comprehension and analysis questions about the author, and write a short paragraph explaining how the author's experiences and relationships influenced her writing. The Parent Plan lists skills such as exploring and evaluating an author's assumptions and tracing the development of an author's point of view, which align with using source information to support interpretive claims.

Students are asked to answer reading questions in complete sentences and explain character motivations and events (e.g., questions about Min, Crane-man, and the commission), which requires referencing the text. The Tree-ear mini-book activity directs students to write an opportunity on each flap and "record at least one way the opportunity benefited Tree-ear, or how he used the opportunity to make his life or someone else's life better," prompting students to provide textual support. The Parent Plan explicitly tells caregivers to ask the child to "defend his answer with a logical explanation" and to "provide evidence from the text to support his conclusions."

Students are directed to visit credible sites (The Metropolitan Museum of Art, Asia Society Museum, Wikipedia, and a Korean-arts site) to view images and explanations of celadon pottery. Students are asked to "consider how the artwork reflects the Korean culture and geography of the region" and to discuss questions such as how Korean pottery reflected environment and culture. Students use observed designs and symbols from those sources to design and decorate a kimchi pot inspired by historical examples.

The Parent Plan lists skills that ask students to "write responses to literature," "organize interpretations...around several clear ideas," and "develop and justify the interpretation of literature through sustained use of examples," which directs students to support claims about the text. Students answer reading questions in complete sentences that require reasons (e.g., explaining why Tree-ear goes on the journey) and complete the "Quotes" activity in which they must explain Crane-man's sayings in their own words and relate them to life. The activities ask students to select a quote and explain two ways it has rung true in their life, prompting use of examples to justify a claim.

The lesson's Skills list explicitly includes "Justify interpretations of literature through sustained use of examples and textual evidence," directing students to support claims with text-based evidence. The Relationship Web and Relationship Words activities instruct students to "make sure that you can support your descriptions with examples from the text, including characters' thoughts, words, and actions." Parent prompts repeatedly ask students to provide examples from the book to support the words or sentences they choose about relationships.

Students are prompted to provide support from the text for each similarity and difference on the Essay Organizer (Option 1) and the Brainstorming page directs students to consider how the relationships affect Tree-ear's decisions and emotions and to record supporting details. The Comparison and Contrast Essay Rubric explicitly rewards papers that provide specific examples and supporting information under the "Ideas and Support" criteria. The Parent Plan Skills list instructs students to support statements and claims with anecdotes, descriptions, facts, and specific examples, and activities require writing drafts and revisions that incorporate that support.

Students are instructed to read pages 132–143 of a DK Geography text and to use that information to answer guided questions (for example, explaining why the Ural Mountains are a boundary and which industries use the taiga). In Option 1 students complete an activity that asks them to record traditional economic activities and those related to the discovery of minerals and fuels, distinguishing resources, methods, and economic impacts using the reading. In Option 2 students compare how basic needs are met in Eastern Siberia versus their hometown and may write a short story about how discovery of resources could change a Yakut community, drawing on page 143 information.

Students read specific pages of Geography of the World and record data (form of government, major industries/exports, adult literacy rate, life expectancy) for about 20 countries on a provided chart. Students use that data to create bar graphs and a literacy-rate vs. life-expectancy plot and answer directed comparison questions (e.g., which countries have highest/lowest literacy or life expectancy, and which are closest to U.S. values). Students are directed to use the textbook fact boxes and an external National Geographic link as sources for country information.

Students are instructed to search specified news sources (Google News, BBC, New York Times, NPR, CNN, PBS) and to record the news source name or URL and attach the article to their "Current Events Report." Students must write a 2-3 sentence summary and fill out sections that ask what the story reveals about government, economy, culture, and environment, providing space to record facts from the article. The activity requires collecting at least one report per day for 3-4 days and explicitly directs students to include the original article or a printed copy with their report.

Students read assigned pages (160–165) that describe environmental problems in Central Asia and are asked to revisit those readings to note specific issues such as irrigation impacts on the Aral Sea, caviar harvest pollution in the Caspian Sea, and industrial/agricultural pollution in Kazakhstan. Students must choose one of these issues and create a poster or a 30-second radio/TV advertisement that explains what is happening, why it is a problem, and what people should do about it. The advertisement option requires students to write a script and, for a TV spot, to plan corresponding storyboard images that connect visual claims to their explanations.

Students read disciplinary texts (pages 166–173 of Geography of the World) and are asked to keep a current-events journal and create postcards about countries, giving them content to draw on. Students carry out a hands-on monsoon experiment in which they measure and record water absorption in different soils and answer questions (which soil held the most water, which absorbed fastest) and reflect on which soils could lead to flooding. The materials list and parent notes include links to external resources (National Geographic Kids, NPR) and the postcard activity asks students to add an "Image Source" line if they use images from other sources.

Students are directed to use Geography of the World and provided web links or library resources to research rice production and create an illustrated flow chart or poem that describes the cultivation process and its importance (Activity 2). In Activity 4 students must research and record at least one detail for government, economy, and culture for ancient and modern China (and optionally Japan) and respond to a prompt asking whether China and Japan had more in common in ancient times than today, with an explanation. The parent plan and answer keys list factual details and data students should locate and may use when explaining their comparisons.

Students read assigned textbook pages about Southeast Asian countries and answer factual questions, which provides source material they can use as evidence. In Activity 2 students compare and contrast river valleys and uplands and must explain which they would prefer to live in and why, which asks for reasoning. In Activity 3 students must choose three countries, record natural-resource-based and other economic activities, and imagine being investors who use information about available resources and economic changes to guide decisions; the activity allows and sometimes asks students to use external research sources.

Students read specified pages (Geography of the World, pp. 202–203) and record environmental threats using the provided "Environmental Threats in the Indian Ocean" activity page. Students are instructed to create a poster that shows the impact of a chosen threat and evaluate it with a rubric that checks that "text makes a strong statement" and that the poster "raises awareness or proposes a solution." The optional atoll modeling activity directs students to refer to the textbook for details, demonstrating use of a named source for factual information.

Students are asked to research and include factual summaries about government, economy, natural resources and wildlife, and population information (total population, official language, major religions, adult literacy rate, life expectancy) on their tour-book country pages. Students must write an "In the News" current-events summary and answer unit-test written prompts that ask them to explain how natural environments influence culture, which requires making explanatory claims. The final-project rubric and planning pages require accurate economic and population data and ask students to note whether information is available in encyclopedias, country books, or online, and to record image sources.

Students perform a hands-on cookie mass activity where they measure and record mass across multiple tests (Test 1–4), calculate changes in mass, and write observations in an Explanation column. The student activity page prompts students to answer conceptual questions such as whether matter is created or destroyed and what role energy played, linking their measurements to claims about conservation of matter. The Reading and Questions section asks content questions (e.g., source and forms of the Sun's energy) that provide discipline-specific facts students could use as evidence.

Students perform hands-on and thought experiments (Parts 1–3) in which they record how long it takes to feel heat from a lamp and answer questions about how heat is transferred, providing observational data. Students explain mechanisms of heat transfer (molecular collisions for conduction, air movement for convection, and electromagnetic waves for radiation) in written responses on the activity sheet. Students apply their observations to a larger context by explaining why radiation is the mechanism by which the Sun transfers heat to the Earth.

Students read specified pages in a science text (Exploring Ecology pp. 8-10) and are directed to "pay attention to how energy is transferred through an ecosystem," providing a credible source to draw from. Question #2 asks students to explain why the energy pyramid is a pyramid (requiring logical reasoning about energy loss between trophic levels) and Question #3 asks about limitations of energy pyramid diagrams (requiring justification). The drawing activity directs students to create an "Ecosystem Energy Diagram" using what they read and to represent decreases in energy/mass, which requires students to use textual ideas as evidence when modeling energy flow.

Students are directed to review specific pages in Exploring Ecology and to watch a video, giving them discipline-specific source material to use. Several questions prompt students to make claims and support them with reasoning and data (e.g., noting that only about 10% of energy is passed to the next trophic level and that biomass decreases up the pyramid). Activities require students to analyze and organize evidence into diagrams or sequences that show what happens to water, carbon dioxide, and energy through a plant's life cycle.

Students develop an inquiry question, make predictions, and carry out a potassium iodide test to gather observable results (color changes) for three test substances. They record the type of solution, predicted test result, actual test result, and write an explanation in the student activity table. The parent plan instructs students to take the evidence and make an explanation based on it and to consider the role of matter and energy while interpreting results.

Students are asked to write and fill in the chemical equations for photosynthesis and cellular respiration and to use those equations to answer guided "Questions to Consider" that require explanation of interdependence and oxygen cycling. The activity includes a "Scenario Response" prompt that asks students to analyze what would happen if autotrophs stopped producing oxygen and to identify concerns for a community, requiring students to apply reasoning and evidence from the readings and equations. The parent/answer key models logical explanations that connect evidence (equations, reservoirs, organism abundance) to claims about oxygen availability.

Students read assigned textbook pages and answer explanatory questions that require support (e.g., explaining why decomposers are important and why consumers do not produce carbon). Students design and run an experiment, record daily observations, make predictions, and write a brief paragraph explaining their results, linking observations to claims about decomposition and carbon release. Students perform a field survey, record decomposer observations (organism, location, description), and are prompted to research unknown organisms via an image search to identify whether they are decomposers.

Students read assigned pages and an optional web summary about the water cycle and answer directed questions that require explanation (e.g., explain how water is released to the atmosphere; describe storage locations). Students build a solar still, record observations of evaporation and condensation, and complete a "Questions to Consider" sheet asking them to explain processes and how the still models the water cycle. The parent guide provides exemplar explanations linking Sun's energy, observations, and processes (evaporation, condensation, precipitation).

Students are asked to investigate their local ecosystem, compile lists of producers and consumers, and develop a graphic food web, which requires gathering information from resources and potentially contacting a local agriculture extension agent or park ranger as an expert source. The activity directs students to include processes (photosynthesis, respiration) and to show how energy and matter (carbon, nitrogen, water) move through the web, which asks them to collect and use relevant scientific data. Students are prompted to answer explanatory questions (e.g., what is passed from one organism to the next, what happens to excess energy), requiring them to reason about relationships among organisms.

Students are asked to use provided web links or their own research to complete the 'Plant Food' activity pages and to follow the journey of a nitrogen atom using an interactive site, which requires consulting content-based sources. Several questions require students to give explanations and justifications (e.g., recommending a fertilizer type and whether to get a soil test) and one question asks for a numeric calculation of nutrient amounts in a fertilizer bag. Students also answer conceptual questions that explain cause-and-effect (e.g., how eutrophication occurs and how ecosystems restore balance).

Students are asked to research two or more sustainable farming techniques using the Internet or books and are explicitly directed to look for credible sources (universities with ".edu" links and government or research organizations like the USDA or Rodale Institute). Students must create labels and written explanations for at least two crops or animals describing the sustainable technique(s) they are using and how those techniques interact with the water, carbon, and nitrogen cycles. The Skills section names "Research, evaluate, and apply agricultural techniques" and "Communicate scientific information," which frame student activities around gathering information and explaining choices.

Students are prompted to "Find sources of information to answer your research questions" and to "Record information to answer your research questions" in the Steps to Independent Study checklist. Students read a provided CNN article and complete a Point of View chart that asks them to list reasons various stakeholders would support or oppose the Dakota Access Pipeline. The Parent Plan and rubric require students to use multiple resources (at least four types, 6-10 total) and the Research Process rubric asks about topic selection and use of a note-taking method; an Argumentative Essay Rubric evaluates the clarity and effectiveness of ideas and organization.

Students read two contrasting news articles and record how Sir Sam Hughes is portrayed, identifying specific bias techniques and quoting examples from the texts. Students answer questions about a U.S. propaganda article (e.g., what techniques were used and why leaflets were handed out) and are asked to judge whether the leaflets changed opinions. Students watch advertisements, identify propaganda techniques, determine intended audiences, and write whether each ad is effective, explaining their opinion with examples from the ads.

The Skills section requires students to "Include evidence compiled through the formal research process" and to "Clarify research questions and evaluate and synthesize collected information," which indicates students will gather and work with source material. Activities prompt students to search a variety of resources (print, Internet, interview, video) and to use the KWM chart and question-refinement pages to generate focused research questions and plan what information to gather. The lesson also emphasizes choosing topics with multiple viewpoints and notes that research "allows us to share our point of view with credibility."

Students are instructed to collect and organize evidence using gathering grids or note cards and to record sources on a Works Cited page in MLA format. Students must use at least four different types of resources and complete a stakeholders activity that asks for at least three supporting details for each of three different stakeholders. Students practice evaluating websites for purpose, authority, currency, and objectivity using a 1–4 rubric to determine credible sources.

Students are told to support their position with relevant evidence and to include facts, statistics, research, expert opinions, examples, quotes and text details in each body paragraph. The lesson requires students to explain reasoning ("Explain the 'why' and the 'because' of your argument") and to acknowledge and counter opposing points of view. The Skills/Parent Plan instructs students to support main ideas from multiple authoritative sources and to use an appropriate form of documentation (e.g., bibliography, works cited). The Example Essay Outline shows students using specific data (e.g., "The U.S. consumes 20.8 million barrels of oil a day," "Only 2% of the world's oil reserves are in the U.S.") as models of evidence use.

The Parent Plan skills explicitly tell students to "support the main idea (or ideas) with facts, details, examples, and explanations from multiple authoritative sources" and to "synthesize research ... and uses evidence to support conclusions". The student activity options ask students to create persuasive products (e.g., brochure, PowerPoint, movie) and to "explain the multiple points of view on your topic" and "present your position," which implies using supporting material. The Presentation section instructs students to create an outline and "add information to help your audience understand the visual aid," suggesting inclusion of supporting information.

Students read specified textbook pages and online resources and then answer directed questions (e.g., explain why Persian armies did not conquer Greece), which requires them to use reading-based evidence. In Activity 2 students use readings and web links to fill a Venn diagram comparing Athens and Sparta, citing at least three details for each side and shared traits. In Activity 4 students must record advantages and disadvantages of Athenian direct democracy and representative democracy and answer whether Athens' system would suit the United States, which asks them to provide reasons informed by the video and readings. Activity 3 Option 1 asks students to create a poster that 'educates people' about how a new marathon is different and why, requiring explanation based on the provided historical account.

Students are directed to read textbook pages and multiple external web pages (e.g., BBC content via links, Ancient History Encyclopedia, Wikipedia, Rick Riordan) to gather factual information about Greek daily life, gods, and famous Greeks. Students are asked to "refer back to your readings" and to include at least one historically accurate detail in the "A Kid's Day in Ancient Greece" schedule, and to record "Best Known For" and explanations of importance on the Famous Ancient Greek activity pages. Activities require students to read summaries of 5–6 people and use those sources to complete structured activity pages about those figures.

Students are asked to read pages 46-47 in the textbook and answer factual and explanatory questions (e.g., why Greek culture spread under Alexander), which requires using text-based evidence. In Activity 1 students must brainstorm why Alexander is considered "great," design a monument, and "be able to explain why she incorporated each element of her design and thoughtfully discuss the events of Alexander the Great's life," prompting them to support claims about his qualities with reasons tied to the reading. The timeline activity requires students to note specific dates (Phillip II, Alexander, Hellenistic Age) and place them on a timeline, so students use chronological data as evidence for historical claims.

The Julius Caesar activity asks students to research Caesar and Brutus using the assigned reading, video, and suggested websites (Britannica Kids and Livius.org) and then create a pros-and-cons list or a 3–5 minute persuasive speech that gives specific reasons for whether Brutus was right or wrong. The pros-and-cons task requires students to weigh Caesar's actions and consequences and to answer, "What would you have advised Brutus to do? Why?" The Roman Origins activity asks students to compare legend and archaeological explanations and to judge how likely each theory is, prompting students to use evidence (artifacts vs. stories) to support their conclusions.

Students are directed to read multiple named, credible sources (pages from Ancient Civilizations, Ancient History Encyclopedia, and PBS) before completing Activity 2. In Option 2, students must read about at least three emperors, complete organizer boxes listing each emperor's accomplishments, challenges, and leadership qualities, and then answer which emperor was more effective and why. Several activities (map/timeline/trade) require students to collect and record factual data (dates, trade goods, routes) from provided sources.

Students read multiple disciplinary sources (a Khan Academy video and two articles including "The Fall of the Western Roman Empire" and a PBS page) and answer comprehension questions that ask them to explain causes and consequences of Rome's decline. Students sort and categorize a list of labeled factors into Internal vs External causes, requiring them to select relevant evidence from the provided readings or activity pages. In Option 2, students read three New Testament passages and analyze what message the author conveys and how large a problem persecution appears to be, using textual evidence to support their analysis.

Students are asked to research and write a short essay explaining how ancient Greek and Roman governments influenced the 21st century (Main Course option) and to write a news article reporting changes in government, both of which require gathering information about historical developments. Students must complete a Main Course writing activity and the rubric requires that the Main Course present accurate information and be well-written, which implies attention to correctness and organization. Several Appetizer options ask students to give oral reports or speeches comparing governments or explaining government problems and solutions, prompting students to explain claims about government features and changes.

Students read pages 5–11 of Why Things Move and answer guided questions that require them to explain phenomena using Newton's laws (e.g., Question #1–#4). Students perform investigations (Coin Challenge, Rubber Ball Ramp, Balloon Rocket), collect observations and measurements, create a graph of number of cards vs. distance, and are asked to explain results using Newton's first, second, and third laws. Students are prompted to use experimental data and the textbook explanations to justify why coins drop into the glass, how mass and acceleration affect force, and why the balloon rocket accelerates.

Students plot displacement- and velocity-time data and calculate slopes to determine velocity and acceleration (Activity 1 and Activity 2). Students answer questions that require them to decide whether velocity is constant or irregular and to justify those decisions using the data and graphs. Students are asked to evaluate whether forces are balanced or unbalanced by referring to Newton's laws and to draw conclusions from the plotted data (e.g., matching bicyclist events to graph segments).

Students design and conduct an investigation and collect distance and time data, then calculate average velocity and average acceleration from that data. Students create displacement-time and velocity-time graphs and are explicitly asked questions like "Did your object move at a constant velocity/acceleration? How do you know?" that require them to use their calculations and graphs as evidence. Sample calculations and data tables are provided so students practice using quantitative data to support their conclusions.

Students read pages 20–24 in Why Things Move and watch two videos (skydivers and Apollo 15) to gather examples of terminal velocity and free-fall. In the accelerometer and bucket-swing activities students make predictions, collect observations/results, and complete explanation sections that require them to connect their data to Newton's laws. Answer keys and activity pages explicitly prompt students to explain observed results using logical reasoning tied to force concepts (e.g., inertia, centripetal/centrifugal descriptions).

Students collect quantitative data by using a spring scale and measuring distances, record values in tables, and calculate work using W = F × d in Activities 1, 3, and 4. They answer analysis questions that require them to compare force and work across trials (e.g., comparing lifting by hand vs. using a ramp or pulleys) and to explain whether a simple machine gives mechanical advantage. The unit includes reading assignments from the textbook Why Things Move, and students are asked to explain their results in their science notebook and complete written analysis questions about their observations.

Students collect and record quantitative data in the "Newton's Acceleration Ramp" activity, measure exit locations, and graph results on the "Analyzing the Data" page. Students answer analysis questions that require using Newton's second law to explain how changing ramp height (velocity) altered the ball bearing's path. Students are directed to review a Smithsonian web page and video about Kepler's laws and then apply that source material when answering the Kepler's Laws questions.

Students design and build mini-golf holes and are instructed to insert labeled flags and "give a tour to your family explaining each hole and concept," which requires them to state and justify how a hole illustrates a Newtonian concept. Students create comic strips with labeled sections (e.g., "Newton's First Law Story") and story summaries that require them to depict and write about how specific laws operate in scenarios. Students answer short-answer questions that ask them to explain relationships (e.g., how force affects motion; differences between mass and weight), prompting written explanations and reasoning about physics concepts.

Students are prompted to explain which god or goddess they respect and to "explain his decisions with examples," which asks them to support a claim about their preference. The Parent Plan lists a skill to "provide evidence from the text to support their understanding," indicating students will be asked to cite textual evidence when making inferences and drawing conclusions. Activities direct students to analyze myths and artifacts (including linked images of pottery) and to "think about what people in the past were trying to convey," which encourages use of historical/artistic sources to support interpretations.

Students are asked to form and justify opinions about the myths (for example, answering "Do you think Prometheus should have given fire to the people? Why or why not?") and to provide examples from the texts (questions ask for examples of greed causing consequences and comparisons of flood stories). Discussion prompts ask students to explain and give examples of how good and bad deeds are rewarded or punished, which requires citing story details as support.

The Parent Plan skills explicitly ask students to "synthesize and make logical connections between ideas within a text and across two or three texts... and support those findings with textual evidence," which requires students to find and use evidence from texts. Students are asked to answer evaluative discussion questions such as "Do you think that Perseus will be a good ruler? Why or why not?", which prompts students to give reasons for a claim. The Reading and Questions and the Activity 1 prompts require students to identify conventions and cite elements from the Perseus text (e.g., hero, problem, helpers), which involves locating textual evidence to support responses.

Students are asked to "synthesize and make logical connections between ideas within a text and across two or three texts... and support those findings with textual evidence," as stated in the Skills section. Students complete a comparison chart (Daedalus and Icarus vs. Icarus at the Edge of Time) that requires citing specific elements from the traditional myth and the contemporary retelling. Students are prompted to "explicitly draw on that preparation by referring to evidence on the topic, text, or issue" when coming to discussions and to back up observations with specific details after watching the filmed version.

Students are asked to write imagined diary entries or letters (Option 2) that explain relationships between two social classes and determine which has more power, prompting them to explain connections and reasons. The activities direct students to review Chapter 1 of the reading and the "Things to Know" section as sources of information to use when completing the writing task. The map and timeline activities require students to locate groups and events based on the reading and an answer key, which asks students to place and justify placements on a map or timeline.

Students read pages 15–23 about medieval kings and queens and are asked content questions that require using that text to answer factual and interpretive prompts. In Option 1, students complete the "A Monarch's Power" activity, filling comparative tables about who held power, who made laws, whether the king obeyed laws, and what recourse people had before and after the Magna Carta, then answer why the Magna Carta is important. In Option 2, students use the full text of the Magna Carta and at least one other political document (links to National Archives texts are provided) to create word clouds and answer comparative analytic questions about which groups and ideas the documents focus on.

Students read specified chapters of a content-area text (Great Medieval Projects You Can Build Yourself) and answer factual questions (e.g., why stirrups mattered; why castles were hard to attack), requiring use of the text as support. In the Planning a Siege activity, students review descriptions of weapons on given pages and then write a well-organized paragraph explaining the details of their attack, anticipated defenses, and how to defeat those defenses, drawing on reading details. The diary option asks students to reflect on and include specific training details from pages 24-28, tying claims about their experience to the textbook content.

Students use the die-roll simulation in "The Impact of the Plague" to generate numerical outcomes (approximating about half the population dying) and then write about how those numbers affect labor, defense, and specialized roles. The plague activity pages ask students to record serf and garrison numbers before and after the plague and to analyze implications, requiring quantitative reasoning. The lesson provides external resources (BBC articles and a plague map) that students may consult for additional factual information.

Students are asked to use the assigned reading (pages 91–104) to explain why groups like heretics, Jews, Cathars, pagans, and alleged witches were considered dangerous and what consequences they faced, which requires citing information from the text. In the Crusades activity, students must write from two perspectives (a French peasant and a Muslim in Jerusalem), explaining motivations and likely reactions, which asks for reasoned explanations. The Reconquista cube directs students to read an NCpedia article (a named external source) and then make lists, explain connections (e.g., Crusades and trade), summarize events, and create timelines — tasks that call for using that source to support responses. The St. Francis illustration option requires students to credit any images they use by listing the magazine title or URL, demonstrating an expectation of identifying sources.

Students gather evidence in the "Naming Our Own Era" activity by surveying at least four people, keeping a running list, and marking repeated responses (stars/check marks) to identify most-cited items. Students list at least two examples in each category on the "The Middle Ages & Today" page and write brief explanations of how each item connects to medieval times. Students read pages 115-116 about the end of the Middle Ages, which provides content they can use to support their explanations or choices.

Students are asked to write 2–3 paragraph scripts and give verbal tours in which they explain features (e.g., feudalism, the Crusades, monarchy, the plague) and answer visitors' questions, requiring them to state facts and reasons about medieval life. The map option asks students to 'explain each part of the map and its connection to what you've learned' and to include discussion of homes, occupations, religion, and defense. The unit test contains short-answer questions asking students to define feudalism and describe processes (e.g., becoming a master craftsman or a monk), which requires students to produce explanatory answers using learned information.

Students perform hands-on investigations (Lens Bend Demonstration, camera obscura, reappearing/disappearing penny) and answer guided observation questions about what they saw and how rays bent. The "Shhh! Here's How It's Done" sheet asks students to write an explanation and/or draw a diagram showing why the magic trick worked, and students are instructed to demonstrate and explain the device or trick to family. Activities ask students to observe focal points and describe changes (e.g., adding milk or using a magnifying glass) that connect observations to explanations.

Students read a specified article and booklet about animal eyes and answer comprehension questions (e.g., comparing cats' and humans' vision, birds of prey distance vision). Students conduct two binocular-vision experiments in which they record quantitative results (number of successful touches and success in capping a pen) and discuss which method was most successful. Students list and categorize at least 20 animals (Option 1 or 2), use internet images if needed to confirm eye placement, and write explanations for why an animal fits a category and how that eye type helps it in nature.

Students are asked to form hypotheses, follow procedures, record observations, and answer conclusion questions in activities such as "Coloring Inside/Outside the Lines" and the filter-paper ink experiments. Multiple activities (Rainbow Tray, Spectrum Peek, Cliff Hanger, Why Is the Sky Blue?) require students to collect observational data (draw spectra, describe colors, note effects of changing variables) and then explain results. The Picture the Sky option directs students to explain why the sky appears a certain color and offers web links they may consult to support a more detailed explanation.

The rubric asks students to "Explain the science that makes the tool work," to provide a diagram and description, and to document materials, procedure, and adjustments, which requires students to record observations and reasoning about how their tool affects vision. The student activity pages prompt students to write a step-by-step procedure, answer guided observation questions (e.g., "How did your tool work?" "Did it do what you expected?"), and note adjustments made after testing. Option 2 supplies external web links for making tools, encouraging students to consult outside sources when designing and building their tool.

Students examine a map of a medieval manor and are instructed to record observations about jobs, clothing, homes, inventions, and military defense on the "A Medieval Manor" activity page, explicitly prompting them to identify and note evidence from the map. Students write 3–4 sentence commentaries from the perspectives of a knight, lord, and peasant on the "Feudalism" page and are asked to consider advantages and disadvantages and problems that might arise, requiring them to reason about the system.

Students take on the role of Line Locator and are asked to find three to five lines or short passages, record page and paragraph numbers, and explain in their journals why those passages are examples of good writing or important to the story. In the Venn diagram activity students compare an event in their life to Alyce's delivering of the calves, listing specific similarities and differences. The tasks require students to cite textual locations and give written explanations that connect evidence to claims about quality or importance.

Students locate specific sentences in the novel and explain why the author used passive voice, often rewriting those sentences in active voice and judging which version is more effective; this requires them to cite textual examples and give reasoning for their choices. Students are directed to use online resources (an interactive grammar quiz and the Purdue OWL page) to check their rewrites and confirm grammatical concepts, which provides a credible reference for their explanations.

Students are prompted in the Life Application to consider the cost and availability of foods across socioeconomic levels and to explain why obesity patterns differ by income, which asks them to reason about causes. The lesson provides a CDC Policy Brief link as an explicit, credible source students can consult for data related to obesity and socioeconomic status. Students also compare medieval recipes and food availability to modern meals, which asks them to observe and contrast evidence about historical and contemporary food sources.

Students are asked to read specified monologues in Good Masters! Sweet Ladies!! (Mogg p.24, Alice p.14, Edgar p.39) and to analyze the importance of domesticated animals. In Option 2 students draw three animals and write examples of how each animal influenced peasants' economics, including what they provided and consequences if the animal or serf died. In the Literary Luminary task students locate and record specific passages (page and paragraph numbers) to share and discuss, and in Option 1 students write three sentences explaining the relationship between peasants and their animals and compare their sentences to the book's details.

Students are asked on the Relationships page to describe Alyce's relationships at the beginning and end of the book and to "Provide details from the book to support your answers," which requires citing textual evidence. The discussion prompt "Do you think Alyce makes the right decision... Why or why not?" asks students to give reasons for a claim. The Connector role directs students to record connections between the book, their life, and the outside world, encouraging use of specific examples from the text and contexts.

Students are asked to read monologues and fill a "Cast of Characters" chart in which they summarize each character's monologue in 1–2 sentences and provide one example of descriptive language from the book. Students are also asked to describe relationships or encounters between characters, which requires citing specific passages or details from the text. Discussion prompts ask students to compare characters' struggles, prompting text-based comparison.

Students are asked to "use examples from the book to support your answer" when comparing Edgar and Simon, which requires selecting textual evidence to justify a claim. Students are instructed to find two first-person and two third-person books, decide whether third-person narrators are limited or omniscient, judge where narrators fall on the objective–subjective spectrum, and share their findings with a parent. Students read passages from different points of view and are asked to identify point of view and whether a passage is limited or omniscient, which requires citing details from the text to support their identifications.

Students read a disciplinary history text (pages 4–13 of The World Made New) and answer short-constructed response questions that ask them to explain historians' changing interpretations and reasons for European exploration, requiring them to draw on the reading. In Activity 2 Option 1 students write 1–2 sentence rationales for each motivation (religion, competition, wealth, glory, knowledge), and in Option 2 they prepare and deliver a persuasive speech using indexed note cards organized by those motivations. In Option 3 students analyze and write connections between motivations, using a graphic organizer that prompts explanatory links between claims.

Students read pages 14–19 of a textbook and answer comprehension questions that ask them to explain causes and characterize relationships (e.g., what was difficult without horses; how conquered peoples were ruled), which requires using text details to support answers. In Option 1, students complete a comparison chart or Venn diagram using readings and maps to compare government, religion, economy, sanitation, and geographic size — tasks that ask for information drawn from the provided sources. In Option 2, students watch a Cahokia film and take structured notes on agriculture, trade, mounds, leadership, and beliefs, collecting evidence from a specific multimedia source.

Students read specified pages of a named history book and answer comprehension questions that require factual recall (e.g., why Columbus called people 'Indians' and causes of Inca vulnerability). Students write a diary entry or plan a skit in which they must list at least three reasons for joining the voyage and at least three reasons for crew discontent, and then make and explain a decision to support Columbus or Pinzón. In Activity 4 students are instructed to "look for clues" on pages 26–29, record factors that explain the Spanish conquest, and mark which factors they think were particularly significant.

Students are asked to write three arguments for both the affirmative and negative sides of the Columbus Day debate and to list specific supporting facts for each argument. Students must write short opening and closing statements and deliver rebuttals during the debate, requiring them to present reasons and respond to opposing evidence. In Option 1, students use numerical population and mortality-rate estimates to calculate numbers of deaths, practicing use of quantitative data from the provided readings and links.

Students are directed to read Newton at the Center and answer explanatory questions such as "Why do scholars think that the Scientific Revolution happened in Europe…," which requires using reasons from the text (Day 2, Q1). Students are asked to use the lesson reading as their source when planning and delivering a 2–3 minute first-person introduction as Copernicus, telling his background and sharing his scientific findings. Students must create a scrapbook or write short explanations of three key events/ideas and must list factors that moved thinking from medieval to modern in the Medieval Mind/Modern Mind activity, all of which require students to justify choices using the provided text and pages cited in the lesson.

In Option 1, students are asked to do Internet- or library-based research on a modern scientific controversy (with links to sources provided), talk to at least three people about the issue, and then write a short (200-word) letter to the editor making a case and providing at least two strong arguments in support of their position. In Option 2, students read translated primary-source documents from Galileo's trial and answer specific questions about those documents, drawing on the texts to respond.

Students read specified chapters of Newton at the Center and answer questions that require explanation (e.g., connecting Newton's scientific ideas to Enlightenment thought). Students complete activity pages that ask them to observe and sketch (telescope, microscope) and answer "Why is [the invention] regarded as an important invention?" Students complete a final project in which they choose a voyage and a scientific idea or invention and present why those were important, explaining their choices to family and friends.

Students must research an Age of Discovery explorer and a Scientific Revolution scholar, fill out biography planning pages, and explain the historical significance of each choice. Students are asked to "make a strong argument" that their two people and actions are historically important and to include specific examples on an open-book essay exam. The project rubric explicitly requires "Evidence of careful planning and research" and assesses explanation of historical significance and clarity of demonstration, which ask students to support claims with facts and examples.

Students read the Foreword and specified pages of 13 Planets by David Aguilar and answer comprehension questions (e.g., identifying Copernicus as having "invented the solar system"), showing use of a named source. Students analyze planet characteristics (size, density, composition) and sort 13 planets into categories in Option 1, and in Option 2 they match descriptive evidence about planets (e.g., "small, rocky, egg-shaped planet in the Kuiper Belt") to category labels and planet names. Students are instructed to sketch planets from textbook pages and place them under headings, which requires using descriptive evidence from the text to justify category placement.

Students plot a provided table of average monthly sunspot counts from 1950–2023 and connect data points to identify maxima and minima. Students calculate lengths of time between maximum years, compute an average interval, and label peaks/troughs on their graph. Students are directed to use and read supporting materials from credible sources (a BOM data source and a NASA article) while answering questions that require explaining whether the data indicate a regular cycle.

Students are assigned specific, credible sources (pages 20-21 and 56 of 13 Planets and the 'Earth's Tilt Is the Reason for the Seasons!' web article) to read. Students record quantitative and factual data about Earth in the "Planetary Passport" and on board-game cards (diameter, density, distance from the Sun, orbital and rotational periods, temperatures, moons, unique features). Students answer guided questions using those sources (e.g., explaining Earth's water states and its 23.5° axial tilt) and create models/slides that illustrate orbital and tilt phenomena.

Students read material from credible sources (NASA's The Space Place and a University of Chicago page) and answer targeted questions about satellite uses, orbits, and telescope types. Students analyze satellite-derived information by exploring spectral analysis and reflectance curves, and they create a topographic map using data-modeling procedures. Students are asked to match colors on their map to likely elements/compounds and to explain how satellites make topographic maps when sharing with family.

Students read specified textbook pages that present factual information about Mercury, Venus, and Mars. Students record quantitative and qualitative data (diameter, density, distance from the Sun, orbital and rotational periods, temperatures, moons, rings, color, unique features) on the Planetary Passport and fill-in cards. Students compare planets to Earth by shading shared characteristics and respond to discussion prompts asking how the terrestrial planets are similar to Earth and why a particular planet is a favorite.

Students are asked to read specified pages of a science text (pages 32-37 and 40-43) and to "include information from the book" when creating either a vacation poster or a short story about a moon, requiring them to use text details about atmosphere, composition, hazards, and gravity. The Planetary Passport and From Earth to Eris board-game cards require students to record numerical and descriptive data (diameter, distance from the Sun, rotational and orbital periods, moons, temperatures, rings, appearance) and to circle shared features, which has students gather and compare relevant data. The parent notes direct checking of answers against the book (pages 58-59), tying student answers back to a specific source.

Students read specified pages in 13 Planets and are directed to record quantitative facts (diameter, distance from the Sun, orbital period, rotational period, density, temperature, moons, etc.) on the Planetary Passport or board game cards. Students create and answer factual question cards for each dwarf planet, and are told they can check answers on pages 58-59 of the book, indicating use of a credible source. The wrapping-up discussion prompts (e.g., whether a newly found body the size of Eris would be classified as a dwarf planet and why) require students to use criteria and data to justify a classification.

Students are directed to use specific credible sources (NASA, Space Foundation, and NIH links) to research technologies and cochlear implants. Students must record factual data from those sources (year inducted, innovators, technologies/skills from the space program, how the device improved previous technologies, and number of people helped). Option 2 asks students to find and use online or print sources to answer two self-generated questions and other guided questions on the activity page.

Students are asked to write a "Written Plan for a New Solar System Model" and to list advantages and disadvantages of their grocery-bag and stand models. Several pages explicitly ask students to explain "How will this model show the relative sizes of planets and objects," "How will this model show the relative distances between objects," and to "Illustrate the relative sizes... including measurements in feet and inches." The grading rubric asks students to show or describe relative sizes, relative distances, and how the planets orbit the Sun. The activities direct students to review the book's "Things to Know" and "Reading and Questions" and to make notecards for review, which provide source material to use when answering questions and planning.

The Skills section asks students to "Recognize effective arguments" and to "Distinguish between fact and opinion," and Activity 2 (Media Awareness) has students collect advertisements, identify persuasion techniques, and write persuasive copy. The reading questions ask students to justify word choice in a biography (e.g., why "prestigious" is used), which requires students to give reasons for a text-based claim. The persuasion activities require students to produce and evaluate examples of persuasive language.

Students answer guided comprehension questions (Questions #1-#4) that require them to explain reasons from the text (e.g., why the prince wants the sheep to eat baobabs and why the narrator shows drawing #1). In the parentheses activity, students write why the author uses parentheses in specific sentences, requiring them to cite text context and explain the effect. In the Venn diagram activity, students extract and record what the narrator says children and adults want to know, using the book as the source of evidence.

Students read chapters of The Little Prince and identify problems faced by inhabitants, then brainstorm solutions on the "Planet Problem" page and write persuasive letters proposing those solutions. In Option 2 students explicitly write two letters (child and adult viewpoints), and the parent notes instruct students to include facts and figures in the adult letter as support. Students are also asked to explain how their solution would solve the problem when they share their letter.

Students are asked to read Chapters XXI-XXV and answer comprehension questions in complete sentences about concepts like what it means to be "tamed" and why the rose has tamed the prince, which requires citing ideas from the text. The Parent Plan lists the skill to "Paraphrase the major ideas and supporting evidence," and the wrapping-up prompt asks students to "Explain... why the fox says that having a friend prevents everyday activities from becoming monotonous" and provide two examples, requiring students to give reasons and examples. Part II of the student activity asks students to reflect on why specific text is italicized, encouraging reference to the text as support.

Students are asked to create a persuasive poem or drawing plus an artist's description from the narrator to the fox that explains the little prince's departure and reassures the fox he made it home, which requires offering reasons and evidence. The Student Activity Page explicitly asks students to "List two ways the narrator says he knows the little prince made it home," prompting use of textual evidence. The wrap-up asks students to share a letter and "Explain why you agree with the narrator that the little prince made it home or why you do not," requiring students to state a claim and support it. The skills list includes "Offer persuasive evidence to validate arguments and conclusions," indicating expectation that students provide supporting evidence.

Students answer comprehension questions in complete sentences about events and character changes, demonstrating basic use of textual information. Students write a short paragraph about a chosen scene that summarizes what it says about love, friendship, or (for Option 2) persuasion, which asks them to explain how a passage deals with a topic. Students perform and discuss their scene, including summarizing the author's purpose and stance in oral presentations.

Students are asked to state whether A Midsummer Night's Dream is a comedy or a tragedy and to explain why (Question #3), which requires making a claim and giving reasons. The activities ask students to watch an animated version and discuss whether key scenes were included and why, prompting students to support their opinions with reference to scenes from the play. The reading directions direct students to read Act 4, Scene 2 to the end and compare modern translation with original lines, providing primary-text material for evidence.

Students are directed to locate and transcribe direct quotations from the Romeo and Juliet text in the 'Quotable' activity, including instructions to place quotes in quotation marks and use ellipses if words are omitted. Reading comprehension questions require students to answer causal and factual questions (e.g., why Romeo kills Tybalt; consequences of Friar John's quarantine), which asks students to use the play as the basis for their explanations. The Persuasive Vocabulary activity asks students to create a persuasive message using identified persuasive techniques and specific vocabulary from the unit.

Students are prompted to collect and record evidence and important quotes about a chosen couple using the "Play Cupid" and "Strongest of All" note pages. The Outlining page directs students to identify a thesis, list 2–3 supporting reasons, and list 2–3 pieces of evidence under each reason. Activity 3 requires students to "include quotes," "provide persuasive evidence of their love," and to state their thesis and explain problems/solutions. The Classics Rubric includes an "Ideas and Support" section that evaluates the strength and evidence of students' claims.

Students are asked to write Martin Luther's objections to specific Church practices in Activity 2, requiring them to state reasons for Luther's claims (pages 10–11 are cited as helpful). The reading questions (e.g., why Henry VIII formed the Church of England) require students to explain causes and provide reasoning based on the text. Activity 4 asks students to conduct additional research using listed web links and library sources to gather accurate information for a biographical poem and includes a note about Wikipedia's limitations, which directs students to consider source credibility.

Students are asked to write short descriptions explaining why they selected works for their Renaissance gallery or digital field trip and to record factual details (title, artist, year) and the website URL where each work was found. Option 1 asks students to write 2–3 sentence introductions describing connections among pieces and reasons for selection. Option 2 explicitly requires students to note the website used for each painting and to explain what they found interesting about each work.

Students read specified chapters and answer comprehension questions that require pulling facts and details from the text (e.g., what happened to Protestants, why Mary was called "Bloody Mary," beliefs about women's roles, and how Elizabeth managed her image). In Activity 3 students are asked to reread coronation passages, choose symbolic items, plan a gift, and write about the gift's meaning using symbolism found in the reading. The lesson also lists external sources for flower symbolism and directs students to use those references as background information.

Students read a specified chapter from a named secondary source (Elizabeth I, The People's Queen) and answer analytic questions that require explanation (e.g., QUESTION #1 asks why Elizabeth and advisors worried about Catholic takeover; QUESTION #4 asks about the significance of the papal bull). Students also use information from the readings to add figures to a timeline and to color-code a map showing Protestant and Catholic regions, applying textual information to historical claims about religious affiliation.

Students are asked to write a short proposal (Activity 4) from the perspective of an explorer or businessman explaining how a New World colony will benefit England and to include what Spain and Portugal were finding, advantages for England, and reasons the queen should support the venture. In Activity 2 students make lists of reasons why advisors or Catholic families would act (three reasons) and write diary entries or monologues that require stating specific concerns or goals. The reading questions and the Triangular Trade mapping (Activity 3 and Q4) require students to use factual details from the assigned chapters about trade, voyages, and outcomes.

Students read a chapter about the Spanish Armada and answer a question asking them to explain how the English defeated the Armada, requiring them to use events from the text as evidence. Students run a simulation game in which they roll dice, remove tokens, and then "count up the remaining Spanish and English ships" and reflect on how tactics (flaming ships) and weather changed the odds, using the simulation counts as data. The lesson also provides an optional web link to the British National Archives page with primary source documents that students could consult for additional evidence.

The lesson directs students to read Chapter 9 of a named historical text and to base activities on that reading. Option 2 explicitly tells students that historical conclusions must be supported by evidence and requires them to list four adjectives for Elizabeth I and identify a concrete example from her life that illustrates each adjective, then defend those choices to a parent. Option 1 asks students to choose three significant accomplishments and write a short statement summarizing her leadership, which requires selecting and using facts from the reading as support.

In Activity 1 students are instructed to review prior readings (specific chapters and pages are listed) and record comparisons on a "Medieval vs. Modern" chart, using either brainstorming or sorting provided factual idea boxes. In Activity 2 students draw lines connecting historical themes to Elizabeth I and "write a connection on each line," with an explicit example given (e.g., "Spanish wealth increased, making Spain a more powerful rival"). The Option 2 materials and answer key provide factual statements that students place on the chart, requiring them to use prior texts to populate and justify their choices.

Students write brief explanatory sentences linking historical events to Elizabeth I in the Historical Events mini-book (they write a 1-2 sentence summary for each event and one sentence about its importance to Elizabeth I). Students create a Timeline mini-book by selecting 7–10 dates and writing brief descriptions of each event in Elizabeth's life. The Family Album activity directs students to use the unit index and optionally online or library sources to find additional information and images for entries where they write 2–3 details.

Students practice classifying items into four technology categories (Artifact/Hardware, Methodology/Technique, System of Production, Social-Technical System) in Activity 1, which requires them to decide and place items based on definitions. Parents are instructed to ask students to give a rationale when an item is placed in a different category, prompting students to explain and defend their choices. The wrapping-up and discussion prompts ask students to consider how their understanding changed and to explain differences between categories, encouraging reflective explanation and reasoning.

Students read assigned pages of Anderson's Amazing Leonardo da Vinci Inventions and complete a "Technology Through the Centuries" chart, using the reading and chart entries as sources of information. Students are asked to justify their categorizations and encouraged to share the rationale they used to label inventions as artifacts, techniques, systems of production, or social-technical systems. Students answer follow-up questions asking what trends they observe and why differences in technological design occurred, prompting them to use information from the reading and chart to explain their conclusions.

Students are asked to research a historical technology and write a paragraph about the inventor and dates, gather three images showing original, improved, and modern versions, and optionally write about the device's rationale, tests/trials, or patents. Students are prompted to use web links and search engines to find information, and the parent plan and discussion questions ask students to judge whether inventions are beneficial or harmful and explain why. The provided answer key lists specific factual details (dates, inventors, facts about development) that students can collect and use in their reports.

Students are directed to research two technologies and answer focused questions about whether the design solved a societal problem, why it became important, and whether it is a necessity or a luxury. The lesson tells students to use specific reputable online sources (Britannica Kids, National Geographic Kids, History.com, Smithsonian, Science News for Students, museum or government websites) and suggests search phrases to find information about inventions. The parent notes and answer key explicitly state "Be sure your child backs up her claim with evidence," prompting students to support their judgments with information gathered during research.

Students are directed to read specific pages of a resource book and to use that book (and earlier websites) as a resource for their projects, providing a credible source to consult. In Option 3, students are asked to build an anemometer, collect wind-speed measurements, and advise festival coordinators whether winds are below 20 mph, which requires gathering and using data to reach a recommendation. The instructions prompt students to "consider how you would collect the evidence needed," implying data collection and use of that evidence to make a claim about safety.

Students are asked to read specified pages in the book and then evaluate da Vinci's designs using a rubric that requires a "Rating" and an "Evidence" explanation for categories like Scientific Principles, Risks, Benefits, Constraints, and Testing Protocols. Activity instructions explicitly tell students to "explain the reason for your choice" and to "use the information given to you in the text," and the student activity pages include dedicated columns labeled "Evidence." Activity 2 requires students to build a design, re-evaluate their earlier ratings, and "explain why you changed any of your ratings," prompting students to justify claims with reasoning tied to their hands-on results.

Students are prompted to gather and record evidence in Activity 1's evaluation worksheets, which include a dedicated "Evidence" column for Scientific Principles, Risks, Benefits, Constraints/Limitations, and Testing Protocols. Activity 2 explicitly instructs students to research the problem using the Internet, library, and interviews (e.g., "google 'egg drop experiments'") and to examine current solutions and jot ideas on the activity sheet. The Parent Plan and example answer keys model linking claims about designs (e.g., suction, electricity, testing improvements) to explanatory statements that students can emulate.

Students are instructed to construct prototypes, run drop tests, and record test results in a provided table that includes fields for trial results, reasons, and modification recommendations. Step 6 directs students to "Test and evaluate each solution, using the table...to record your test results," prompting them to use experimental data to judge whether a solution meets design constraints. Step 7 asks students to prepare notes for an engineering presentation explaining how solutions meet the initial problem and to give reasons for additional development, which requires students to use their test results and reasoning when defending choices.

Students watch a video and consult resources about earthquakes to inform their design, and they define an aim/research focus for their model. Students build the model, test it 2–3 times, record outcomes (e.g., whether the brick moves, sticks, or tips), modify the design, and 'publish' results by answering prompts and discussing findings. The activity asks students to follow modeling steps including testing, model fit/improvement, and reporting results.

Students are directed to research the problem using specified websites (PBS, Britannica, designandtech) and to jot down solutions and use that information to fill out an evaluation chart. Students must test prototypes, record whether the bridge supports weight, note improvements on the Engineering Protocol pages, and use those testing results in an evaluation report. Students are required to make an engineering presentation that includes a rationale for chosen designs and to use activity sheets and website history as evidence. The project rubric and unit test explicitly require use of data and evidence (e.g., Evaluation Report: use of data to generate redesign criteria; Focus 4 camera obscura evaluation asks for Ratings and Evidence and testing protocols).

Students take notes with page numbers and decide which nonfiction features (headings, graphics, italicized words) to record and emphasize, showing practice in selecting relevant information. Students must give a 2-minute oral summary of page 163 that includes the main idea and explanation of what the graph shows, requiring them to use graphical data to support their summary. Students summarize procedural and diagrammatic information (how to draw ellipses) in written or oral form and ask a parent to follow those directions, practicing selection and presentation of supporting details.

Students are directed to read pages 172–183 of a disciplinary text and to take notes including page numbers on information they think is important, which supports locating textual evidence. Question #3 asks students to choose which of Newton's accomplishments is most important and explain why, prompting students to make a claim and give reasons. The Skills section lists summarizing and determining the importance of information, which asks students to assess and prioritize text-based information.

Students read discipline-specific texts (Chapter 21 of Newton at the Center and a NASA webpage) and are instructed to take notes from diagrams, captions, and text. Students choose and perform a demonstration (cookie sheet or floating ball), record procedure steps, and complete a Conclusions/Inferences section asking how the demonstration explains flight. Students are also asked to summarize orally for a parent how an airplane wing works, which prompts explanation based on their gathered information.

Students are asked to research Jacques-Louis David or J.M.W. Turner using provided web links (Britannica, Met Museum, artist sites) and to record findings in a K-W-L chart. Students must give an oral summary of their research and write a 1–2 paragraph sidebar that includes an image, caption, and descriptive text about the artist. Students also are directed to explore simple-machines and other linked resources, then explain their findings to a parent.

The rubric's Ideas and Support section requires students to list 2–3 relevant areas of Newton's studies and explain their relation to current industries, which directs students to make claims and provide explanations. The Outlining Newton pages instruct students to identify three supporting areas, transfer them to a formal outline, and gather 2–3 observations, examples, quotations, or personal experiences per area as supporting details. Activity 1 directs students to use highlighted passages and notes to summarize key points and key facts from their readings to prepare evidence for writing.

Students are asked to use Geography of the World and official European Union student resources to find specific factual information (e.g., which countries use the euro, number of EU members, location of the EU administrative center) in the scavenger-hunt activity. The Skills section and activities ask students to analyze current economic issues using a variety of information resources and to add factual details to their map and guidebook, demonstrating use of credible sources and gathering relevant, accurate data. The Questions to Discuss (e.g., why adults over 60 make up a sizable portion of Europe) prompt students to explain phenomena using information from the readings.

Students read a specific, discipline-appropriate source (pages 82–86 of Geography of the World by DK Publishing) and are instructed to fill Quick Guide pages with factual items such as population, languages, and form of government. Students complete a 'Geography, Natural Resources, and the Economy' organizer that asks them to connect geographic features (e.g., fjords, forests, lakes) to specific industries and to write relevant details along connecting arrows. Students are prompted to note the source of any image they paste (title or URL) and to decide whether observed cultural changes are due to diffusion, invention, or innovation.

Students read designated pages from a DK Geography text and use primary resources from the UK Parliament website, providing credible source material for their work. Student activity pages ask learners to analyze how geography and natural resources influence the economy and to identify a cultural change and whether it resulted from diffusion or internal innovation. The Parliament activities require students to take notes on factual questions (e.g., how a bill becomes law, how MPs are chosen), encouraging use of evidence from the provided sources.

Students complete Option 2 by locating three recent news stories about European environmental issues, writing 2–3 sentence summaries for each, and recording the source (publication and date or URL). Students complete Option 1 by creating a public service poster that includes a brief directive statement and at least one reason why the suggested action is a good idea, and are directed to videos and the European Commission site for background information. The student activity pages and newspaper template explicitly include fields for source information alongside headlines and summaries.

Students are assigned to read pages 100–105 of a DK Publishing geography text, providing a credible source of information about Spain, Portugal, Italy, Malta, Vatican City, and San Marino. Students complete Quick Guide pages for Portugal and Italy that ask them to explain how geography and natural resources influence the economy and to identify examples of cultural change (diffusion vs. invention). Students engage in discussion prompts that ask them to explain how specific cultural items (azulejos, polenta ingredients) demonstrate cultural diffusion, linking claims to historical origins noted in the reading.

Students read specified pages (106–108) from a geography text and fill in the "Quick Guide" entries (population, languages, government, geography) drawing on factual information. Activity 3 provides direct links to the ICRC, United Nations, and WHO websites and Option 2 requires students to record one real example for each organization based on research from those sources. In Option 1 students match scenarios to the appropriate international organization, requiring them to use reasoning about each organization's mission to make choices.

Students are asked to locate and summarize three current news articles, providing a source (publication or URL) and a 2–3 sentence summary for each, which requires using external sources and recording evidence. In Activity 6 students must research Belarus, Norway, and a third country using provided links or other sources and fill in detailed government facts (executive, legislative, judicial, political parties, suffrage) or complete a Venn diagram comparing governments. In Activity 2 (Soviet History) students use the book index and optional web link to take notes and record information about the economies, challenges, or ethnic tensions of five former Soviet republics.

Students complete Quick Guide pages asking for population, official language(s), form of government, geography and climate, and a prompt that asks how geography and available natural resources influence the economy. Students respond to a cultural change prompt that requires identifying whether change occurred through diffusion or internal innovation. Students listen to and analyze central European music using provided links (Smithsonian Folkways, Putumayo) and record observations about instruments, mood, and other features on a structured activity page.

Students are assigned to read pp. 120–123 of a DK Publishing geography text and to fill out "Quick Guide to Europe" pages for Ukraine and another country, directing them to gather factual information (population, languages, government, geography). Activity 2 asks students to describe climates, natural resources, and geographical features and to "show the connections" between those features and industrial, agricultural, and tourist economies on an activity page. An answer key models linking geographic features (plains, mountains, rivers, resources, climate) to economic impacts, providing examples of reasoning from evidence in the text.

Students are asked to locate three news stories using newspapers, magazines, or provided reputable web links (Google News, BBC, NPR, CNN), skim them, and choose one for an in-depth report. In Option 1 students must provide a source (publication name, date, or URL) and write a 2–3 sentence summary of the chosen article. The skills section instructs students to form research questions and use a variety of information resources to obtain, evaluate, and present data on people, cultures, and developments in Europe. The parent notes also ask parents to check the student's written summary against the original source.

Students must write explanations on the unit test (e.g., Question 8 asks them to explain whether they would want to live in a single-party government or a multi-party democracy), which requires them to give reasoning for a claim. Students must describe a cultural tradition and classify it as material or non-material (Question 9), asking for explanatory detail linking evidence to a claim. Students must compose a 5–6 sentence introduction for their Quick Guide and are prompted to list sources if they use magazines or online materials; an official EU website is provided as a named resource for the EU labeling activity.

Students read a short book excerpt and watch a video and are asked to use those texts and linked web pages (EIA and PBS links) to answer questions and learn vocabulary. In Activity 3 students record phenomena, identify the form(s) of energy, and explicitly write the "Evidence" that led them to that identification in a table. Activity 2 asks students to sort items into "energy source" vs "form of energy" using the provided web pages and book, requiring them to use external informational resources to support their categorizations.

Students are directed to read Chapter 10 of a specific book and watch a linked video and simulations, then answer factual questions that require using those sources (e.g., how the Sun makes energy; how photovoltaic cells produce electricity). Students are asked to form a hypothesis about whether other light sources will power the solar cell and then test that hypothesis by experimenting with a solar-powered motor, collecting observational evidence. The lesson also has students build a model of the electromagnetic spectrum and arrange information boxes, which requires organizing information from provided sources.

Students read specified chapters and watch a video and then answer content questions that require explanation (e.g., how a dam creates electricity and where geothermal heat comes from). Students build and demonstrate turbine models (pinwheel and water wheel) and are asked to explain what is happening and to discuss drawbacks and differences between energy sources. Parent prompts ask students to compare methods (steam vs. direct mechanical motion) and to justify which model turned more easily, encouraging explanation based on observation and readings.

Students read Chapter 7 and review a chart, then answer content questions that require using information from those sources (for example, QUESTION #3 asks students to identify benefits of fusion reactors "based on the chart you read"). The lesson provides two external links (a video and an Energy.gov page) that students can use to learn about fusion and a Life Application prompt asking students to find out a plant's history, advantages/disadvantages, and safety protocols.

Students read specific textbook pages about petroleum, natural gas, coal, and biomass and are directed to several external web links (Smithsonian, Department of Energy, EIA, National Geographic) to learn more. Students choose one fuel source to research further and then complete a demonstration, create a poster, or produce a creative presentation that must explain how the fuel is formed, how it is extracted/used, and its advantages and disadvantages. Students are asked to share their experiment and explain how it illustrates the fuel source and to discuss pros and cons with family.

Students are asked to research how their state or local area produces electricity using recommended credible sources (for example, the U.S. Energy Information Administration or state government sites) and to create a pie chart showing energy-source percentages. Students must compare and contrast five different energy sources, listing advantages and disadvantages for each and referring to specific pages in the book for supporting information. Optionally, students analyze international data charts (access to electricity, share from fossil fuels vs. renewables) to answer guided questions about impacts of energy access.

Students collect and analyze quantitative data from their family's utility bills and from the Energy Use Calculator and online home energy assessment, recording top ways the household uses gas and electricity. Students use those results to complete a Home Energy Consumption chart, to perform a home energy audit, and to generate specific suggestions for conservation. Students are instructed to write a formal letter or email to a business, organization, or government office that includes a proposal and may include links to studies (example shows a student including a study about EV cost savings) and to present their findings to their family using the bills, calculator results, and audit data as evidence.

Students identify and record two lines that illustrate specific graphic elements from Tennyson's "Dedication," explicitly locating textual examples as evidence (Activity 1 and the "Graphic Variations" page). The Skills section states students should "provide evidence from text to support understanding," which leads students to cite lines to support their analyses. In Activity 2 students pair a chosen poetic line with a prose statement from the provided royal.uk biography, using a named, credible source to link poetic language to nonfiction description.

Students are asked to read contemporary news articles (Time for Kids or local newspapers) and to record three interesting facts or vivid details for each article on the News Watch/Today's News Hunt pages. The Skills section asks students to "provide evidence from text to support understanding," and reading questions require students to answer comprehension questions in complete sentences citing details from the chapters about Yeats, Sitwell, and Owen. Option 2 prompts students to analyze "How this issue or event might affect the community" and "Will it affect me personally?", which asks students to think about effects using details from articles.

Students are asked to "provide evidence from text to support understanding" in the Skills section and to write a two-paragraph analysis that requires a topic sentence and at least two supporting sentences about images/events and techniques. Activity 6 instructs students to use analyses of poems in the book as models and refer to those analyses for ideas, and the rubric requires a 2-paragraph analysis and an autobiography with explanations of chosen topics. The timeline and research tasks ask students to add poets, dates, and genres from the course materials, prompting use of information from the textbook.

Students read Chapter 1 and answer questions that require them to explain motivations for settlement (e.g., differences between Jamestown and Plymouth) and to describe phenomena like the Triangle Trade, which asks them to use factual details. Students complete a map activity that requires locating each colony and recording founding dates from the book's timeline and maps, which has them extract and record relevant, accurate data. The lesson encourages active viewing by asking students to question where the film's writers got their information and to take notes on new information to investigate further.

Students are directed to read discipline-specific sources (We Were There, Too.; a 1584 Barlowe account; and National Park Service articles on tobacco, silk, and flax) and then use information from those sources to complete activities. In the Tobacco vs. Silk or Flax activity students must complete a pros-and-cons chart using the NPS articles and answer which product they would choose and why. The Come to Virginia poster option asks students to craft persuasive claims to recruit indentured servants, prompting them to use information about colonial life and labor to persuade an audience.

Students analyze the Mayflower Compact by creating a word cloud from the primary text (link to Yale Avalon) and answer prediction, observation, interpretation, and analysis questions about prominent words and themes. Students complete a Salem Witch Trials table in which they record the merits and doubts of different explanations and mark which seem likely or unlikely, requiring them to weigh evidence and reasoning. Students review a detailed table of the founding of the 13 colonies and then complete a Venn diagram comparing reasons and economic differences, using that informational data to support their comparisons.

Students read Chapters 5 and 6 and answer specific comprehension questions that require referencing the text (e.g., how colonists used milk, food preservation methods). Students complete Activity 1 Option 1 by writing a detailed list of planting, tending, harvesting, processing steps and potential problems for a cash crop, which asks them to draw on the chapter information. In Activity 1 Option 2 and the Student Activity Page, students rank occupations and provide reasons for their rankings, requiring them to make claims about importance and support those claims with explanations drawn from the reading.

Students are directed to Activity 2 (Resistance) to view NCpedia's Timeline of Resistance (a named, credible digital source) and to complete a two-column table asking "What It Did and Why the British Might Have Enacted It" and "Why Colonists Might Have Objected to It." The lesson provides an Answer Key with specific explanations connecting each Act to reasons and colonial objections, and students also write a short movie review or trailer that asks for a summary, criticisms, and a recommendation.

Students read primary and curated sources (Library of Congress pages, Patrick Henry's speech, and Jefferson's rough draft) and are asked to analyze those texts. Students compare Jefferson's draft with the final Declaration, select 3–5 heavily revised sections, and propose specific edits, explaining their choices on an activity page. Students also read and discuss how the First Great Awakening may have influenced political beliefs and orally justify why a chosen paragraph of Henry's speech is powerful. These tasks require students to use textual evidence and reasoning drawn from named, reputable sources.

Students read assigned historical accounts and primary/secondary sources (We Were There, Too: Young People in U.S. History, NPS pages, Battlefields.org, History Matters) and answer questions that ask for reasons (e.g., factors that led to American victories at Saratoga, the role of French forces at Yorktown). Students write a letter from a soldier's perspective drawing on those readings and are asked to explain why they signed up and describe specific battle scenes, which requires using text-based details. Students complete a brochure that asks them to identify causes, impacts, and roles of foreign powers based on the linked credible websites and timeline cards that require dating and sequencing events.

Students are required to develop a character and explicitly state whether that character would have supported independence, providing at least three specific reasons for discontent with Great Britain (Option 1) or at least three specific reasons for discontent and why the soldier joined the army (Option 2). The project directs students to use the library or (with permission) the Internet to conduct additional research to support their presentation. The rubrics evaluate accuracy of information and require thoughtful and accurate answers to audience questions, encouraging students to defend their claims orally.

Students weigh a sealed milk jug after pouring in boiling water and record mass at multiple time intervals, providing quantitative data. Students sketch and describe observable changes (expansion/contraction) and answer guided questions that ask them to explain what is happening and what is making the container change. The wrapping-up prompts ask students to identify what evidence they collected that supports that matter is not lost and to relate mass measurements to that claim.

Students read discipline-specific text (Eyewitness Chemistry pp. 22-26) and answer content questions, make predictions about conductivity, and record before-and-after temperature data for play dough, aluminum foil, and copper wire. Students complete activity pages marking whether materials are malleable, ductile, or have luster and note similarities and differences. For the final project students must pick materials based on the traits they observed, linking observations to design choices.

Students collect quantitative data (mass, volume) using measurements, apply calculations (density = mass/volume), and record observations for melting/boiling/solubility to answer questions. The lesson asks students to "consider the data you've collected" and to answer solubility and observation questions, and it requires students to watch a provided science video and respond to guided questions. Students also complete tables and use their measured data to compare weights on different celestial bodies and calculate percentages shown in answer keys.

Students read a Britannica article and use the periodic table image to answer guided questions and fill data tables (atomic number, atomic mass, protons/electrons). Students use numerical data (number of electrons in shells, outermost electrons) to classify elements as metals or nonmetals and to identify inert gases, and they are instructed to "use your copy of the periodic table to check your answers." In Activity 4 students create a visual aid comparing a metal and a nonmetal, listing similarities and differences (including electrons on the outer shell) to show recurring trends.

Students compile a survey of fifteen household items and record their primary and secondary materials, noting properties and the "Reason for Material" in the Survey Details table. Students research the elemental composition of chosen items, fill the "Getting Specific with an Element" chart with data (natural state, melting/boiling points, atomic mass/number, protons/electrons/neutrons, common compounds), and create Atomic Cards using periodic table information. The lesson directs students to use external resources (e.g., a provided periodic table link and reliable internet sites) to find this factual data.

Students examine the book's front and back matter, including the bibliography and foreword, and are asked to evaluate how extensive the bibliography is and whether it reflects thorough research. The materials note that Abigail Adams wrote thousands of letters that survive, and students read chapters that include quoted letters, giving them access to primary-source evidence. Students are prompted to create questions from a pre-reading exploration and to list key events in a chronology, activities that engage them with source material and documentary details.

Students locate the original sources for quotations by using endnote reference numbers (Question #1) and use the book's Bibliography to produce full bibliographic entries (Question #3). The lesson's "Things to Know" and Parent Plan skills explicitly instruct students to record bibliographic information, understand citations, and differentiate paraphrasing from plagiarism. Students evaluate the reliability of sources cited in the chapters (Question #4) and are asked to consider how citations help researchers (Discussion questions).

Students are asked in Activity 2, Option 1 to state an argument about what Paul Revere's engraving suggests and to support that argument with 2–3 specific examples drawn from the image, and the activity directs students to a Library of Congress link as a primary, credible source. In Activity 2, Option 2 students must read John Adams's diary entry and the Abigail Adams chapter and then compose a first-person paragraph based on those sources, using the texts as evidence for their account. Both options require students to use primary or documented sources from provided links or readings to back up their written claims.

Students read and analyze primary-source letters (Activity 1) and are asked to summarize main topics, note interesting points, and compare how the biographer used the letter versus other possible uses. In Option 2 students answer document-analysis questions (who created it, date, purpose, audience, content, context, bias) and are directed to look for specific places in the letter that provide the evidence they need. The Parent Plan and Skills section explicitly asks students to utilize elements demonstrating reliability and validity (publication date, coverage, language, point of view) and to explain why one source is more useful than another.

The lesson asks students to locate and read a news article about girls' education and provides links to credible organizations (UNGEI, World Bank, UNICEF), which requires engaging with credible sources. The Paragraph Analysis activity directs students to analyze a chosen paragraph sentence-by-sentence, using prompts such as "States the main point," "Gives an example of...," and "Provides transition," which encourages identification of sentence roles and how sentences provide background or examples. The "Ideas to Think About" and discussion prompts emphasize paragraph structure and crafting persuasive writing, suggesting attention to how sentences and evidence function within a paragraph.

Students are directed to read at least two original letters between Abigail Adams and Thomas Jefferson via the National Archives (Founders Online) and to consider questions about how Jefferson might have influenced Abigail and vice versa. Students complete a diary entry from Abigail Adams's point of view that asks them to state the topics of the letter, describe Jefferson, and explain the role his friendship plays in her life. The activity therefore requires students to interpret primary-source correspondence and use that interpretation to write about influence.

Students are required to include and quote directly from at least one primary source in their one-person play, and planning pages include a "Relevant primary sources cited" box for each scene. The rubric explicitly requires reading from at least one primary source and providing accurate dates and historical information as part of the project. The student study guide and activity boxes call attention to the parts of a well-written paragraph (including supporting sentences) and a paragraph-analysis unit test asks students to identify supporting evidence in a passage.

Students read and work directly with primary source texts (Magna Carta, Mayflower Compact, English Bill of Rights, and the Articles of Confederation) and are asked to select, cut out, or highlight phrases from those documents and sort them into categories of limits, rights, and responsibilities. Students complete note-taking prompts for sections of the Articles asking them to state the document part's purpose and to summarize key ideas in their own words, and to respond to prompts such as whether a section emphasizes power for the federal government, the states, or the people. The activity instructions require students to be prepared to explain why they highlighted particular passages and to note whose limits, rights, or responsibilities are being defined.

Students read the National Archives article "A More Perfect Union" and answer comprehension questions about problems with the Articles of Confederation, using that primary source to support their answers. In Activity 1 students read a Library of Congress essay and complete a table linking specific modern problems to weaknesses of the Articles, requiring them to explain how particular evidence supports their analysis. Students are instructed to research two Federalists and two Anti-Federalists using the Internet, encyclopedias, or a library and to complete research pages, and they must prepare a 30-second Anti-Federalist speech that includes a specific example illustrating their claim.

Students read primary documents (George Washington's Inaugural and Farewell Addresses) and answer interpretive questions that require drawing meaning from the text (e.g., explaining Washington's quote about party animosities). Students review Article II and several amendments and then answer specific constitutional questions in a mini-book, using the Constitution as a source. Students use credible websites (White House, presidential libraries) to research cabinet roles and presidential schedules and record factual information (current cabinet members, duties, daily activities).

Students are directed to use primary and official sources (congress.gov, GPO, House and Senate websites, and a White House overview) to locate bills, sponsors, committees, and the bill text. In Activity 2 students read the full text of a bill, record the bill number/title/sponsor(s), summarize in their own words what the bill is designed to do, and note what happened to the bill in Congress. The student activity page also prompts students to identify who might benefit from or oppose the bill, which requires them to interpret information from the sources they consulted.

Students are asked in Activity 2 to choose a landmark Supreme Court case, use research (online or library) and specific credible links (uscourts.gov, White House, Federal Judicial Center) to answer structured questions about the case's basis, decision, legal precedent, and modern significance. The Landmark Cases activity prompts students to explain why a precedent matters today and to provide an example of how life would be different if the case had been decided otherwise, which requires students to use research and reasoning to support their responses. Activity 1 directs students to informational resources and self-check quizzes about court processes that students must read and use to demonstrate understanding.

Students are instructed to use online or library research to complete a multi-page booklet about their state government and are given a direct web link to state government websites. Students collect specific factual data (state name, capital, approximate population, governor name and biography, legislature structure and membership, number of justices) and are asked to look up and compare homeschooling laws in different states. A parent note explicitly tells students to consult the official website of their state government to check answers.

Students are asked to research a past or present local issue in Option 2, identify organizations/individuals involved, summarize the issue, and list strategies used to create change. The Option 2 sheet asks students to state which side of the issue they would be on and to explain why, prompting a personal claim. Activities 1 and 1/Option 1 direct students to use local government websites, libraries, and other sources to find web addresses, phone numbers, and factual information about offices and services.

Students are asked to consult named, credible sources (party websites, NPR, CNN, WhiteHouse.gov, House.gov, Senate.gov, USCIS) to find positions and factual information. In Activity 3 students must research an issue, list "Four facts people should know about this issue," summarize officials' positions at federal, state, and local levels, and draft what they would tell the president or a member of Congress. In Activity 2 students summarize each party's stance on selected issues and choose which party aligns most with their views.

Students answer open-ended unit test questions that require explanation (for example, explaining why the Articles of Confederation were insufficient and describing checks Congress has on other branches). Students assemble mini-books and use the lapbook as a study guide, and they must "be prepared to answer questions about the contents of each mini-book with accurate, thoughtful responses" per the rubric. The lesson also directs students to review web-based resources from Lesson 5 and other provided resources when studying the process by which a bill becomes a law.

Students collect and record observational data at multiple time points in two controlled experiments using the 'Closed System Equations and Experiments' chart and legend, noting changes in volume, temperature, and reactions. They use these observations to identify evidence of chemical reactions (e.g., gas production inflating a balloon, temperature changes) and to reason about conservation of mass in a closed system. Students respond to guided questions that ask them to explain why matches fail to light and how substances like water or vinegar affect ignition, prompting them to use experimental results as evidence.

Students are asked to make predictions and record observations for each combination on the "Basic Chemical Reactions" activity page, requiring them to use experimental observations as evidence for whether a reaction occurred. The Wrapping Up and Things to Review sections ask students to use specific signs (production of heat or light, creation of new products, changes in properties) to determine and justify whether a chemical change happened. The Parent Plan notes using the sample table to review answers, reinforcing the practice of supporting conclusions with observed data from experiments.

Students count the total number of atoms on both sides of chemical equations in Activity 1, filling in numbers for reactants and products to demonstrate that atoms are conserved. Students draw molecular models and write chemical equations in Activities 2 and 3 (electrolysis and saltwater electrolysis), representing reactants and products and using those representations to show how atoms recombine. The provided answer key and parent plan break down atoms before and after reactions, giving students concrete numerical data to use in reasoning about conservation of matter.

Students collect quantitative data in the provided table (vinegar/baking soda amounts, room temperature, mixture temperature, observation of flame) and measure the height where the flame extinguishes. Students are asked to explain whether the baking soda–vinegar reaction is endothermic or exothermic and to justify that claim by referring to the recorded temperature change. The lesson provides chemical equations (combustion of paraffin and the baking soda–vinegar reaction) and asks students to use those ideas to explain observed phenomena (e.g., CO2 displacing O2 and extinguishing the flame).

Students collect empirical data by testing household substances with a red cabbage indicator and litmus paper, recording observed colors, and estimating pH ranges on the activity sheet. Students make pH predictions (pH Guess, Litmus Paper Guess), perform experiments to produce evidence (Color, Litmus Test Results), and compare observed pH ranges to an answer key. The lesson also directs students to use a Web search to find pH values for additional substances, providing a way to obtain external data to compare with their measurements.

Students collect and record quantitative data during the Steel Wool and Chemical Reactivity experiment (temperature readings every 5 minutes for peroxide vs. peroxide+salt) and answer questions about what that data indicates about chemical reactions and catalysts. In Activity 2 students analyze chemical equations and decide the states of matter for reaction products using reasoning and real‑world observations (e.g., combustion produces gaseous CO2 and steam). In Activity 6 students order substances by density and specific heat and answer explanatory questions linking those measured/given values to predictions about heating and cooling behavior.

Students are asked to collect and record quantitative data in multiple activities (a table for voltage vs. number of battery cells in the ‘Making a Battery' activity and tables for paper clips picked up in the ‘Electromagnetic Strength' trials). In the solubility activity students make predictions, observe results, and record observations to compare predictions with evidence. Discussion prompts ask students to make statements based on their observations (e.g., "Based on what you observed, make a statement about how physical properties may influence magnetism") and assigned reading (pp. 46–47 in Eyewitness Chemistry) provides a disciplinary source of information.

Students collect and record element symbols, names, material type (metal/nonmetal/metalloid), and group numbers for reactants and products in Activity 1 and use pH values to determine whether each reaction produced a salt. Students perform an experiment mixing hydrogen peroxide and bleach in Activity 2, observe gas production and salt crystals, and answer questions asking for two pieces of evidence that a chemical reaction occurred. The lesson directs students to re-read specified pages in Eyewitness Chemistry and to use their copy of the periodic table as sources for data used in their reasoning.

Students explicitly practice distinguishing claims, evidence, and justifications in Activity 1 by categorizing 15 statements and comparing to an answer key. In Activity 2 students write an initial claim, carry out experiments (mixing Tums, vinegar, and baking soda), record observations (production of gas, temperature change, effervescence), and complete an "Observations and Evidence" section. The parent guidance and answer key model how students should use observed data (e.g., gas bubbles, temperature change, measured concentrations) to justify or refute their claims.

Students are instructed in Activity 2 to investigate specific chemical substances using the provided web links (Mayo Clinic, Wikipedia, Drugs.com, WebMD, IFAS) and to use other sites to gather information. Students must complete a table listing each substance's category, risks, benefits, and whether it is a good or bad value, and write an explanation for their value judgment. The parent guidance asks caregivers to check whether the student is making rational connections and not inferential leaps, indicating students must use gathered information to justify their evaluations.

Students are asked to research a chosen medicine and complete prompts that require chemical name/formula, what the substance does, benefits, side effects/risks, mechanisms, natural occurrence, and availability. Students are instructed to make an argument for or against marketing the substance, apply the steps of scientific argumentation, collect evidence to support their decision, and create a presentation with explicit slides for the Claim, the Evidence, and the Justification. The parent guide and sample answers model listing positives/negatives, research findings, and using that evidence to justify a production decision.

Students are asked in Activity 2 to choose an adjective for each character and "provide an example of something that happened in the book or a description offered by the author that led you to choose your adjective," which requires citing textual evidence to support a claim. The reading comprehension questions (e.g., how Major characterizes life on the farm and what Major sees as the answer) require students to refer to specific details from Chapter 1. The student activity pages and answer keys model identifying and citing parts of sentences and events from the text as the basis for answers.

Students are explicitly asked to "be sure to list specific examples to support your assertions about each leader's strengths and weaknesses" in the Characters as Leaders activity, requiring them to use textual examples from Animal Farm. In Option 2 students are directed to "review the Bill of Rights and the Seven Commandments" and answer comparative questions that ask them to justify which document places more restrictions and whether the commandments would work, prompting students to provide evidence to support their claims. The parent notes reiterate that students should "cite specific examples" and "provide evidence to support his claims."

Students are instructed in Activity 1 to compare work on Manor Farm and Animal Farm and to "write out your thoughts... using specific examples from the text to support your points," which requires citing textual evidence. Students answer guided reading questions (e.g., what work did the pigs do, how the pigs justified milk and apples) that require locating and using relevant details from the novel. Students are provided an answer key that models using specific examples from Animal Farm to support comparative claims about who worked, how jobs were done, and who benefited.

Students are instructed to reread Chapter 4 and "create a map of the physical location of the battle based on specific evidence in the book," marking individuals, starting points, movements, and key events. In the speech option, students must "explain the role that the individual played in the battle," "highlight the admirable characteristics...reflected by that character's actions," and "provide the audience with a lesson" drawn from the Battle of the Cowshed. The Student Activity Page and map directions require students to base their products on textual details from Animal Farm.

Students are asked to conduct historical research on the Russian Revolution and to "identify the roles of several key figures and create a short timeline, making connections to Animal Farm." The Student Activity Pages require students to give a "Connection to 'Animal Farm'" and to list "Specific evidence that leads you to make that connection" for each historical figure. The lesson provides suggested research sources (encyclopedia, library, and BBC web links) and an answer key that repeatedly instructs students to ensure their evidence supports the connections they assert.

Students read Chapter 6 of Animal Farm and answer specific comprehension questions that require citing details from the text (e.g., hours worked, the slogan Boxer adds, and what goods the animals must trade for). Students complete Activity 1 where they describe leadership styles for Jones, Napoleon and Snowball, choose which style they would want leaders to possess, and explain their reasoning. Students are asked to interpret Orwell's intentions about leadership and power, which invites them to support interpretive claims with examples from the novel.

Activity 1 asks students to write a persuasive memoir from Napoleon's perspective and explicitly instructs them to be forceful and persuasive, to use examples to illustrate key points, and to appeal to emotions, logic, or duty. Several reading comprehension questions require students to refer to specific events in Chapter 7 (e.g., the hens' protest, killings by the dogs), which asks students to draw on textual details when answering. These elements have students practice making claims and using examples or narrative events to support those claims.

Students are asked in Question #2 to evaluate how often claims about farm success, Snowball's role, and stories about Frederick are backed up with credible evidence, and to explain reasons behind any misinformation, which requires examining evidence and reasoning in a text. In Activity 2, students must write a formal business letter proposing a lumber sale, including proposing a price and mentioning benefits, and they are given the option to include an enclosure such as a profit chart or a receipt to support their proposal. The student activity page provides a structured format for an argument-like letter, prompting students to state a proposal and optionally attach supporting documents.

The Parent Plan Skills explicitly require students to "Cite the textual evidence that most strongly supports an analysis" and to "Determine a theme or central idea... and analyze its development." Activity 2 & its student pages direct students to identify at least two specific incidents from the novel that illustrate each theme and to "show" and "tell" how those incidents support the theme. The plot-diagram and theme analysis tasks ask students to write 1-2 sentences describing a theme and to explain how selected incidents collectively support the interpretation.

Students are asked to "cite the textual evidence that most strongly supports an analysis" in the Parent Plan skills list. In Activity 1 students complete a chart documenting how the Seven Commandments changed, which requires them to identify and record textual changes from the novel. In Activity 2 students must write a paragraph applying a theme to historical or modern events and are asked to provide "at least two specific examples of parallels or connections" (Option 1 and Option 2) and are permitted to "do some research" to determine historical facts to support their point.

Students are asked to cite textual evidence (Skills: "Cite the textual evidence that most strongly supports an analysis...") and to organize and support their letter with examples (the Sample Outline lists specific examples of Napoleon breaking commandments and lying). The rubric's Ideas category requires use of appropriate evidence to demonstrate understanding of plot and themes, and the revision checklist explicitly asks students whether each paragraph is "well-supported by evidence" and whether they can add examples to strengthen their argument.

Students read primary documents (Jefferson's First Inaugural Address and John Quincy Adams's Independence Day speech) and either summarize paragraphs or select summary sentences (Activity 3). Students compare the two speeches and answer evaluative questions such as "Did you find this speech persuasive? Why or why not?" and "Which of these men strikes you as the more impressive orator and political leader? Why?" (Activity 4). Students conduct online research using named sources (White House Historical Association biographies and an albert.io guide) and take structured notes about party supporters, issues, and policies to create timeline cards and a political-party chart (Activities 1 and 5).

Students are instructed to read multiple primary and secondary sources (the Northwest Ordinance text link, history.com summary, a video, and Daniel Boone's account) and to answer specific reading questions that require extracting factual information. Students complete activities that ask them to discuss and justify interpretations (e.g., whether Daniel Boone was a hero, whether westward settlement was fair) and to explain choices for a movie poster based on Boone's account. The parent prompts ask students to discuss what Boone's account reveals and whether that version is the whole truth, which asks for consideration of evidence from the readings.

Students are asked in the Top-10 List option to provide for each entry the date, details of the event or discovery, and the reason for its significance, prompting students to justify importance. Students creating a timeline must include dates and descriptions for selected places and may incorporate images from specified readings and online resources. Students are directed to read Chapter 1 and use linked interactive resources (PBS, National Geographic, Wikipedia) as sources of information to support their entries. Students use a Venn diagram to compare two tribes, which requires them to gather and organize evidence about housing, food, ways of life, and interactions with the Corps of Discovery.

Students watch a PBS documentary and read four short essays (American, British, Canadian, Native Nations) and a chapter from Joy Hakim, giving them credible sources to draw information from. Students complete a comparing-perspectives chart that asks them to state what each group was fighting for, how they responded, and how outcomes impacted their way of life, which prompts use of source information to explain viewpoints. Students summarize bolded passages of the Monroe Doctrine in their own words, practicing extracting and restating key textual evidence.

Students read and analyze multiple primary and secondary sources (Andrew Jackson's message, General Winfield Scott's ultimatum, John Ross's letter, Emerson's letter, and personal accounts) and are asked to extract reasons given in those documents. Students are directed to "record at least four arguments" in their own words on the Support and Opposition activity page and to list objections drawn from the texts. Students respond to hypothetical 1830 scenarios by stating whether they would support or oppose removal and explaining why, and they write brief summaries of personal narratives explaining what the accounts helped them understand.

Students are asked to include one direct quote from Enrique Esparza's firsthand account and an explanatory sentence about what his memories convey, which requires citing textual evidence from a primary source. In the Manifest Destiny activity, students must state what the artist was trying to say and answer "How can you tell?", prompting them to use specific visual details as evidence to support their interpretations. The reading assignments point students to chapters and web links (textbook chapters, an Alamo site, and a Capitol mural page) that serve as sources students can use to support responses.

Students read discipline-specific texts (Chapters 4–7 of A History of Us) and answer factual and analytical questions about New Mexico and the Oregon Trail, showing use of textual evidence. Students examine and analyze primary-source photographs (selecting 10–12 images from archives or The Atlantic) and complete an image-analysis worksheet that directs them to list observations, describe objects and people, and interpret photographer intent and the image's meaning. The creative-writing option and the image-analysis prompts require students to draw conclusions about the West based on visual evidence and to explain what a picture reveals about landscape and people.

Students are required to copy down the URL for each image used in the art gallery and to record that source information on a gallery card, and the art-gallery rubric explicitly requires a citation for each image. Students must write 1–2 sentences describing each image and its significance and are expected to lead a guided tour and answer questions thoughtfully and accurately. The storyboard option asks students to incorporate historical context and at least two federal government actions that might have impacted their character, prompting students to use historical information to justify parts of their narrative.

Students design and run the bottle experiment (Activity 2) in which they record temperature data at intervals and are instructed to state whether their initial hypothesis was correct, including the evidence in a 3–5 sentence justification. Students also perform the marshmallow fusion simulation and answer questions that ask them to make a scientific argument about limitations and accuracy of the model. The lesson provides specified readings and videos (What Is Energy?, two Sun videos) that students use as sources for explanations about solar radiation and solar panels.

Students make predictions and record empirical data (timing which wire heats first; order in which quarters fall from different spoons) and answer prompts such as "Which set-up heated faster? Why?" and "What do both Parts I and II of this activity illustrate about conduction?". Students are asked to think about and describe molecular-level explanations (e.g., vibrating molecules transfer energy) and to discuss findings with a parent, which requires using observations and reasoning to support their conclusions.

Students collect quantitative data by measuring temperature changes in soil, sand, and water over time and are instructed to record and graph those results using time as the x-axis and temperature as the y-axis. Students perform sound experiments (rubber band, pencil positions) and answer questions linking changes in wavelength and amplitude to pitch and volume, using observations as explanations. Students answer guided questions and "Questions to Discuss" that ask them to explain how the data and observations illustrate absorption, energy transfer, and wave properties.

Students collect quantitative data in Activity 1 by winding a rubber band different numbers of times, measuring how far the car travels, and recording results in a chart. In Activity 2 students make a prediction about whether the Diet Coke/Mentos event is a physical or chemical change, observe the demonstration, draw observations for inside/outside the bottle, and compare their prediction to a written explanation. The Reading and Questions section asks students to explain relationships (e.g., between kinetic and potential energy) using reasoning about energy transformations.

Students measure lengths of effort and load arms, record observations in tables, and use the provided mechanical advantage formula to calculate and show their work for each lever/fulcrum variation. Students record qualitative and quantitative observations in the household efficiency survey, rank devices from least to most efficient, and give reasons for their rationale. The lesson provides a PBS web link for background information that students can consult for definitions and context.

Students make predictions, record observations, and answer explanation questions after conducting the pendulum experiment and using the Pendulum Lab simulation. They read energy graphs (KE, PE, thermal, total) and are prompted to explain changes in those quantities and why the pendulum's motion changes when friction or different gravity settings are used. They identify sources of potential energy and describe how energy is converted to thermal energy, using the simulation data and experimental observations to support those explanations.

Students read a Forbes article to identify and list the three most important advantages and disadvantages of solar power. Students use Project Sunroof and a solar power calculator to record quantitative data (usable sunlight hours, roof square footage, recommended kW, and cost estimates) and complete calculations for annual and 25-year savings. Students are asked to synthesize those data and their pros/cons analysis to make and explain a recommendation about whether to install solar panels, then share and discuss findings with a parent.

Students are instructed to research wind turbines using several provided websites (Basics of Wind Energy, How Wind Turbines Work, Advantages and Challenges, Small Wind Guidebook) and then make a presentation that addresses how wind energy is transformed, benefits, practicality in their area, costs, advantages/disadvantages, and a conclusion explaining how they came to that conclusion. In Part 2 students read about turbines, summarize processes in their own words or diagrams, and predict how wind energy might generate electricity. The Wrapping Up and Parent Plan sections explicitly prompt students to use scientific facts and logic to make evidence-based decisions.

Students read chapters and answer comprehension questions that require explanatory responses using text details (for example, explaining why Marie went to college and why isolating elements was difficult). Students practice structured note-taking that requires summarizing information in their own words, identifying important people, discoveries, terms, and including page numbers for future reference. A web link to an external element facts page is provided for further information.

Students read chapters of a science text and answer factual questions that require them to identify scientific claims and evidence (e.g., how Compton's experiments proved particles existed). Students are asked to develop topics with "relevant, well-chosen facts, definitions, concrete details, quotations, or other information and examples," and the planning pages prompt students to list "ideas," "people involved," "important dates," and "terms or concepts that need explanation." Option 2 explicitly directs students to refer back to the book to confirm key details such as names and dates when summarizing a sequence of events.

Students are asked to evaluate web pages for use in a formal research paper by judging whether sites are current, credible, understandable, and accurate (Activity 2 and the Internet Research student page). The Parent Plan skills explicitly instruct students to gather relevant information from print and digital sources, assess credibility and accuracy, and utilize elements (publication date, coverage, point of view) to explain why one source is more useful than another. The timeline activity requires students to collect and record specific scientific events and world events from Chapter 23, encouraging use of sourced facts to populate the timeline.

Students are prompted to support points with specific details or examples from the assigned book, and the planning/organizing pages include spaces for supporting details and examples for each point. The directions require students to include page numbers for specific information from the book and allow direct quotations with page citations. The sample writing models show claims (theses) followed by textual evidence (with page references) and explanations that connect evidence to the point.

Students are instructed that "specific details and examples support each point," and the planning/organization pages require students to list 3–4 specific points and to record specific descriptions or examples they can use. The activity asks students to state a clear goal, provide a verdict based on comparing points, and avoid opinion markers (e.g., "I believe"), guiding students to present reasons and evidence. Option 2 explicitly allows students to use examples from the book and directs them to include page numbers and quotation marks for any quoted text.

Students read discipline-specific texts (chapters from The Story of Science) and answer content questions about redshift, Hubble, Cepheid stars, and white dwarfs. Students practice paraphrasing and summarizing passages and choose appropriate paraphrases, including direction to record source and page numbers and to use quotation marks and page citations for quoted material. Students classify statements as common knowledge, paraphrase-with-credit, or quote-with-credit (CK/GC/GCQ), and the parent plan skills explicitly state students will quote or paraphrase data and conclusions of others and identify valid and reliable sources.

Students must identify a problem, propose two possible solutions, list pros and cons for each, and write a sentence or two explaining the chosen solution and why it is better. The assignment allows students to use examples from the assigned chapters of the textbook (Joy Hakim) and explicitly prohibits consulting Internet sources for this writing. A Problem/Solution Planning activity page guides students to record pros and cons and evaluate solutions, and a transition-word chart supports linking reasoning.

Students practice creating and evaluating parenthetical citations through Part I, where they identify correct citations, correct mistakes (e.g., when to omit page numbers for online sources), and paraphrase source material. Students generate Works Cited entries in Part II and are directed to use an online citation builder to record bibliographic information accurately. The Parent Plan skills list explicitly tells students to gather information from print and digital sources, assess credibility and accuracy, quote or paraphrase others' data and conclusions, and to cite specific textual evidence from science and technical texts.

Students are required to use at least three sources (one being The Story of Science) and to record page numbers/URLs, use note cards or research notes, and create a Works Cited page with correctly formatted citations. Activity instructions explicitly tell students to integrate statistics, quotations from authorities, and paraphrased explanations to support observations and thesis points. The Research Rubric evaluates "effective use of outside sources" and citations, and the skills list includes assessing the credibility and accuracy of each source and gathering relevant information from multiple print and digital sources.

Students watch Episode 4 of America: The Story of Us and are prompted to answer focused content questions (e.g., risks/benefits of building the Erie Canal, how the cotton gin changed production) that require citing facts and causes. Students complete a Venn-diagram graphic organizer comparing North and South, writing explanations of unique and shared characteristics based on evidence from the film. The lesson provides links to the documentary as the source material for student responses.

Students read Andrew Jackson's veto message (primary source) and a Miller Center essay (secondary source) and are directed to compare support for and opposition to the Bank of the United States. Students complete activities that ask them to identify prominent words in the veto (word cloud) and to sort statements into "Supporters" and "Opponents" columns, using the texts as the basis for their answers. The Reading and Questions section asks students to explain how the Industrial Revolution changed the economy and why Jackson objected to the Bank, requiring students to cite reasons from the readings.

Students read discipline-specific sources (Chapter 18 of Hakim, first‑person accounts in We Were There, Too!, and a PBS web page) and are asked to base their responses on those readings. Students create a persuasive advertisement for Erie Canal workers that must explain why the project matters, describe work, state risks and benefits, and make a case to recruit laborers. In the assembly-line activity students collect timed measurements, compute averages, and analyze efficiency, producing quantitative data to support conclusions about production methods.

Students work directly with 1850 United States Census data listing the number of foreign-born residents from specific countries and a total foreign-born population. Students create a color-coded map and draw lines proportional to immigrant counts (e.g., a red line for each 100,000 immigrants), using the provided table and an answer key. The student pages explicitly cite the source as United States Census Data, so students use a primary statistical source to represent population data.

Students are asked to read Chapters 21-24 and answer content questions (e.g., Question #2 asks them to describe three ways women had fewer rights), which requires using the text to support their answers. In Activity 2, students must choose a pioneer or reformer, write five interview questions, and use online or library-based research to answer at least three of those questions. The Student Activity Page explicitly provides space for students to write questions and 'Possible Answer' responses, prompting students to collect information from sources and record answers.

Students are asked to read chapters and poems and then provide textual examples: Option 1 asks students to give three examples from the poems that illustrate Transcendentalist values, and the reading questions require interpretive answers grounded in the assigned text (e.g., explaining Melville's statement and how Whitman and Dickinson differed). The lesson supplies credible source texts and links (Joy Hakim's textbook, Poetry Foundation poems, Audubon website) that students are expected to use in their responses. Activity 2 (Backyard Naturalist) requires students to observe a creature and write 2–3 sentences describing their observations, which practices supporting a claim with direct observational evidence.

Students use quantitative data in Activity 2 ("Slavery By the Numbers") to create a graph from a provided table and answer analytic questions about trends and causes. Students read primary and secondary sources (Joy Hakim chapters, PBS Africans in America, Library of Congress slave narratives, National Cotton Council PDF) in Activities 1, 3, and 4 and are asked to explain impacts, compare narratives, and justify artifact selections using those sources. In Activity 5 students must read pro- and anti-slavery texts and prepare a 2–3 minute speech that refutes at least two pro-slavery points and lists at least three reasons slavery is intolerable, requiring students to formulate claims and counterarguments.

Students read assigned chapters in a history text and answer explanatory questions that require reasoning (for example, explaining the Republican Party's opposition to expansion of slavery and the effects of the Dred Scott decision). In Activity 2 students are instructed to read through arguments for and against allowing slavery in new territories, summarize those arguments in two columns on the student activity page, and identify who might have held each position. Students also create a persuasive sign or flyer that requires them to state at least one main argument for a chosen position.

The rubric and project directions require students to include data representations (rubric item 8 asks for at least one map, graph, or table) and to pair each poster bullet point with either data or an image (Option 1 requires at least one topic to include data). Students must pull 2–3 quotes from historical speeches for the politics section (Option 2) and create a timeline of key events, which asks students to use textual evidence and sequence evidence to support claims about rising tensions. The project asks students to prepare a short spoken summary and to answer visitors' questions thoughtfully and accurately, and the rubric explicitly evaluates the accuracy and relevance of information about economic, political, and cultural differences.

Students are instructed to keep a food journal and look up calories using nutrition labels or the USDA Food Data Central, recording Calories Per Serving and calculating Total Calories, which has them gather and use quantitative data from a credible source. Students are asked to compare graphite and diamond by conducting an internet search and recording characteristics, which has them collect textual and visual evidence to support identifications. Students create a carbon-cycle flow chart and must describe what is happening at each step, which requires them to use reasoning to trace a process and cite steps linking evidence (e.g., photosynthesis, respiration) to outcomes.

Students perform hands-on tests for lipids and starch and record observations in provided tables (e.g., noting whether samples make paper translucent or turn blue/black with iodine). Students complete identification activities by matching descriptions and common foods to biomolecule types and filling in Level One/Two tables that link building blocks, functions, and locations. Students are asked to answer reflective questions that require using observed data (e.g., why foods have starches or fats and whether they consume more lipids or carbohydrates).

Students are asked to conduct web-based research on two inorganic substances using provided links to reputable sources (e.g., Harvard, NIH, UCSF) and record chemical symbols, bodily functions, and how the body obtains each substance. Students analyze Nutrition Facts labels and record grams of fat, carbohydrate, protein, and amounts of sodium and minerals on the Diet Survey page. Students gather and record relevant, accurate data (label values and facts from credible sites) as part of their responses on the activity pages.

Students are taught scientific argumentation (Claim, Evidence, Justification) and complete Activity 3 (Osmosis in Action) where they write a claim, collect experimental data with celery in different solutions, and fill in Evidence and Justification sections. The lesson includes an explicit example (freezing point of water) demonstrating how to support a claim with experimental evidence and a written justification. Multiple student activity pages require students to explain causes and responses (e.g., hormones in hunger scenarios, osmosis effects on cells) using observed or presented data.

Students are asked in Activity 2 to use provided CDC links and other Internet sources to look up each chemical agent's type, dose for toxicity, and sources and to record those values in a chart. In Activity 3 students use the chart and case-file symptoms to diagnose patients, narrowing agent choices and using additional Internet evidence to make a final determination and investigate treatments. The Questions to Consider prompt students to compare dosages and concentrations (e.g., which requires the smallest dose to cause death), requiring use of numerical data to justify conclusions.

Students perform quantitative analyses in Activity 2 by calculating pathogen counts for 14 days and creating a graph that compares linear addition versus exponential doubling. In Activities 3 and 5 students complete tables that track pathogen and white blood cell numbers over time, calculate when an infection is cleared, and interpret how medicine or immune deficiency changes outcomes. Activity 4 asks students to use an encyclopedia or Internet research to answer questions about historical scientists, which requires consulting external sources to support answers.

Students analyze interviews and activity tables in the "Mystery Ailment" activity to identify the source of an illness, marking Y/N in a data table and answering report questions about the cause. The Parent Plan and activity instructions direct students to use clues and patterns from camper activities to deduce the outbreak source and to describe methods for identifying patterns like an epidemiologist. A CDC web link ("Solve the Outbreak") is provided as an additional credible resource students may explore.

Students are instructed in Activity 1 to use the lesson reading and online research (with a provided NIH Office of Dietary Supplements link) to fill a table listing Acceptable Intake Amounts, Natural Sources, Effects of Deficiency, and Effects of Excess for specific nutrients. In Activity 2 Option 1, students read CDC and PBS fact sheets (links provided) and answer questions about immediate and long-term health risks, groups who should not drink, and factors that account for differences in blood alcohol levels, which require using information from those credible sources. The provided answer keys and tables include specific intake amounts and documented health effects that students are expected to record and use in their responses.

Students organize and categorize their food journal into biomolecule groups and calculate calories per biomolecule (Parts 2 and 7). They create multiple bar graphs and a "Calories per Biomolecule" graph to display quantitative evidence (Parts 4, 6, and 7). Students research the impact of fats using provided web links (American Heart Association, ChooseMyPlate, WebMD, etc.) and complete worksheets documenting the nutrient importance, acceptable consumption rates, and impacts of overconsumption (Part 9). The final project requires a presentation comparing a healthy diet to their own and a recommendation sheet, and the rubric explicitly rates the "Use of Data and Research."

Students are directed to use multiple websites (about Mark Twain, slave/free states, slave life, and regional dialects) and record summaries, quotes, and answers in a journal. Students answer evaluative questions that ask them to consider whether Twain's use of dialect promotes stereotypes and how society makes judgments based on speech, requiring them to use information from the video and articles. The Parent Plan Skills list explicitly includes citing textual evidence and analyzing the purpose and motives behind information presented in diverse media.

Students read Chapters 3–7 of Adventures of Huckleberry Finn and answer comprehension questions that require describing relationships and actions from the text. Activity 2 asks students to compare perspectives and answer journal questions such as "How do we know that Huck and Jim are superstitious? How do we know they share this point of view?," which requires citing textual details. The Wrapping Up and discussion prompts ask students to explain point of view and to observe pronouns used by the author as evidence for the narrator's perspective.

Students read and analyze 2–3 sections of dialogue (Miss Watson; Speaking French) and answer specific questions about what the dialogue reveals about characters, how it propels action, and how it creates humor. Students consult an external web article on how dialogue propels action and use quoted passages to explain character motivations and plot movement. Students complete charts that link events, feeling words, and dialogue/descriptions and are asked to point to two examples in their own writing where dialogue moves action and shows rather than tells.

Students are instructed to provide support for their ideas with evidence from the novel ("Remember to support your ideas with evidence from the text"). The lesson gives a concrete example requiring students to cite a piece of dialogue or an event to back a claim (the superstitious example). The compare-and-contrast writing task requires students to record text-based details on a Venn diagram and then write a paragraph that includes two differences and one similarity supported by evidence from the story.

The lesson explicitly tells students to "support your reasons with evidence, which can include explanations, data, statistics, quotations from experts, anecdotes, examples, or personal experiences." In Activity 1 students read a model persuasive essay and answer questions that ask them to identify the thesis, the three supporting reasons, and for each reason to list one type of evidence the writer provides (facts, statistics, personal experiences, quotations). In Activity 2 students practice writing persuasive sentences that use reasoning, explanations, stories, and other evidence types and are asked in Option 2 to brainstorm evidence that might help support an opposing thesis.

Students are directed to read a linked CBS News article about the Huck Finn language debate and then decide a position, which gives them a credible source to gather information from. They are instructed to "gather evidence," to use a combination of types of evidence to support two reasons, and to record facts or examples on the Persuasion Map planner. The activities also ask students to analyze the other side's arguments, which prompts consideration of counterevidence and reasoning.

Students are asked to conduct short research projects and to collect examples from magazines, newspapers, online articles, picture books, and encyclopedias to create three collages labeled Persuasive, Narrative, and Expository. Students must examine and sort texts into categories and are prompted to explain the pieces of their collage and why specific pieces of writing fit into a particular category. Students are also asked to read chapters and answer comprehension questions and to consider and represent the symbolism of the raft and river for Huck and Jim.

Students are asked to identify specific instances of figurative language in Chapters 33–36 of Huckleberry Finn by completing the "Figurative Language in the Novel" page, which requires matching expressions from the text to types of figurative language. In Activity 2 students read "Fred's Letter" and underline different types of figurative language in color, and the parent plan includes discussion questions asking how figurative language enhances a story. The student activity pages also prompt students to produce their own examples and to explain meanings, which requires using text-based examples as support.

Students are asked to listen to two HBO slave narratives and "take notes" on conclusions about slaves' lives, comparing and contrasting those conclusions to the character of Jim in the novel, which requires using information from the narratives and the novel. Students must read Chapters 37–40 and answer specific factual questions from the text, demonstrating use of textual details. Students are asked to "explain in 3 or 4 sentences" what Hemingway meant by his quote, which prompts them to make and express an interpretive claim about the text.

Students are prompted to compare and contrast the novel and the 1993 film adaptation and to "decide if the directors and actors made good choices," which requires making a claim. The activity instructs students to "take notes as you watch the film, observing any changes the director or actors have made regarding the character, plot, language, setting, or dialect," and to "consider why you think these changes were made." The wrap-up and discussion questions ask students to explain how the movie and book are similar or different and to state which they enjoyed more and why, prompting students to give reasons for their judgments.

Students are asked to develop a persuasive paragraph (specifically about whether the word "slave" should be substituted) and to copy a sentence or two from that persuasive paragraph onto their poster. Students must include quotations from the text (a quote from the character and favorite narrative sentences) and identify types of writing including persuasive and expository. Story blocks require students to create sides reflecting persuasive, narrative, and expository writing and to place quotes and examples on the blocks.

Students are asked in Option 1 to research one historical figure using library or Internet sources and write a letter that summarizes the figure's position and explains why the student agrees or disagrees, providing 2–3 sentences that justify their position. The parent notes and activity directions point students to specific web links as research starting points. In Activity 4 students read excerpts from Lincoln's and Douglas's speeches and complete a chart comparing their arguments, using textual evidence to answer guided questions. Activity 3 and the wrap-up prompt students to use their map and readings to discuss how compromises and decisions affected the balance between free and slave states.

Students read discipline-specific texts and credible sources (McPherson's Fields of Fury, a Senate summary of the Webster-Hayne debate, a PBS biography of Calhoun, and an NPS article) and are asked to summarize and interpret those sources. Students use quantitative data provided in the "North and South by the Numbers" activity (railroad, banking, manufacturing, agricultural, urban, and military percentages) to answer questions about how those differences could influence wartime outcomes. Students are asked to list reasons for competing claims (Slavery vs. States' Rights), evaluate which cause is more convincing, and the parent guidance explicitly instructs that arguments should be logical and supported with facts and reasonable assertions.

Students read primary-source texts (Jefferson Davis's inaugural address from the Avalon Project and excerpts of Lincoln's First Inaugural) and take structured notes, including recording the title and page/paragraph information. In Activity 2, students must choose which president would appeal to given historical scenarios and write brief explanations justifying their choices; the parent guide explicitly encourages students to justify answers with "solid, logical reasons." Activity 3 requires students to place events in chronological order on a timeline and write one-sentence summaries beneath images, with students instructed to record the URL where each image was found (an element of source citation).

Students read specified pages from credible secondary sources (Fields of Fury by James McPherson and We Were There, Too! by Phillip Hoose) and answer guided questions that require them to explain outcomes and causes (e.g., questions about expectations for the war, the Anaconda Plan, and Shiloh). In Activity 1, students assign numerical impact values to Union and Confederate sides for each battle and are asked (in the parent notes) to explain their numerical answers, which requires them to justify judgments with reasoning and evidence from the readings. In Option 1 (Dramatization), students must make an argument for or against joining the Union Army based on the narratives they read, retell a vivid event, provide at least two positive and two negative points, and present their position verbally to a parent.

Students read a named secondary source (Fields of Fury by James McPherson) and answer specific comprehension and reasoning questions drawn from that text (e.g., why Antietam was a Union victory, the goal of the Peninsular Campaign). Students use information from the reading to complete Civil War battle cards that ask for outcomes, significance, purposes, and advantages gained—prompts that require explanation and use of textual details. The activity directions explicitly tell students to use information from today's readings to add to their battle cards, connecting claims about battles to the assigned source.

Students read pages 44–53 of McPherson's Fields of Fury about the Emancipation Proclamation and answer a direct question asking what changes the proclamation created, naming specific effects (freed slaves in Confederate states, allowed African Americans to enlist, etc.). Students complete Civil War battle card activities requiring them to use the day's reading to identify important people, outcomes, and why battles were important. In Activity 2 Option 1, students consult a highlighted box and a Massachusetts Historical Society website and are asked to "based on the readings and online resources" write a letter explaining why young men might have joined the 54th Massachusetts, citing reasons, hopes, and fears.

Students read specified pages of James McPherson's Fields of Fury and answer content questions (e.g., why Minie balls were dangerous, roles of women), providing facts from a named, credible source. Students watch the documentary America: The Story of Us and respond to guided discussion questions that ask them to explain causes and effects (e.g., how the telegraph changed communication, how the Emancipation Proclamation changed northerners' views). Students complete Civil War battle cards asking for outcomes and "Why was this battle important?" which requires students to state and support the significance of events using the day's readings and film.

Students read specified texts (Fields of Fury; We Were There, Too) and answer content questions that require use of factual data (e.g., Sherman estimated $100 million in damages). Students complete Civil War battle cards that ask "Why was this battle important?" and who was involved, prompting them to use textual information to justify significance. The Reconstruction student activity asks students to choose a viewpoint (punitive or lenient) for particular individuals and write 1–2 sentences explaining how that person might want the South treated and why, requiring brief reasoning tied to historical roles and experiences.

Students create and assign Union/Confederate numbers on Civil War battle cards and are prompted (in the parent plan and game play) to explain their rationale for those scores. The unit test asks students to describe at least three differences between North and South and to identify the most significant cause of the war, and a 5–6 sentence prompt asks students to explain the most interesting thing they learned. During game play students must read card information aloud and use those facts to determine round outcomes.

Students are asked in Activity 2 to mark objects as cellular or non-cellular and to "Explain your answer in the 'Supporting Evidence' column," which requires them to provide reasons for their classification. The provided answer key models using factual statements (e.g., "comes from once-living organisms" or "made from stone or ceramic and contains no living or once-living matter") as supporting evidence. Reading questions (e.g., asking where new cells come from and whether cells are found only in plants and animals) require students to give answers based on the assigned pages of What Is Cell Theory, so students use the text to support responses.

Students read pages 22-25 of a content text and answer targeted questions about differences between plant and animal cells and the roles of organelles, requiring them to use text information to support answers. In the chromatography activity, students collect observational data (pigment bands), record which pigments/colors they see, and answer an explanatory question about why pigments are important. The Student Activity Pages prompt students to identify and label cell parts and to mark and name pigments they observe, linking observations to biological function.

Students watch three discipline-specific videos and answer targeted questions about organelle functions and cellular respiration, requiring them to refer to those sources. Students predict and explain outcomes for the optional potato-in-salt-water experiment and complete osmosis scenarios using numerical water/salt percentages to determine direction of movement. Students are asked to "use specific parts of the cell in your answer" for discussion questions and to label and describe organelles on a model, which requires connecting claims about function to supporting details.

Students are directed to read three linked articles and "use the information from all three articles to answer the following questions," which requires drawing on external sources to justify answers. In Activity 1 students collect quantitative data (number of times a marble is "absorbed") across different paper sizes, giving them experimental evidence about surface-area-to-volume effects. In Activity 2 students complete a comparison chart of organelles and answer explanatory questions (e.g., which organisms can make their own food and why), requiring them to use structural evidence to support causal claims.

Students are asked to create a hypothesis, conduct a controlled culturing experiment, take daily observations, and "Draw Conclusions" with prompts such as "Based on the evidence the hypothesis is...," which requires using observed data to support a claim. Students are directed to read a set of specified resources (video, Medical News Today article, UC Berkeley page, and a PDF) to build knowledge about prokaryotes and to look for distinctions while reading. Students must write a paragraph comparing prokaryotic and eukaryotic cells using information they collected, linking observations and readings to a written response.

Students are asked in Activity 2 to use Internet research from well-respected sources to decide whether viruses are living or nonliving and to give the reasoning behind their choice. The Student Activity Page prompts students to state a conclusion ("My conclusion is…") and list their reasons, requiring evidence-based justification. The Reading and Questions section directs students to multiple specified web resources and asks them to answer content questions using information from those sources. The Parent Plan explicitly instructs students to support their conclusion with evidence and logic and to use qualified sources.

Students are asked to "do some Internet research on the cell you chose and fill in the 'Specialized Cell' activity page," which directs them to include information about functions and unique properties. The lesson supplies a specific credible resource (Human Cell Atlas) as a web link to use for research. The Student Activity Page provides space for written responses where students can record findings about cell features and functions.

Students make hypotheses and set up an experiment (Activity 1) and are later asked in the Conclusion section to evaluate which hypotheses are true/false and to cite evidence for their conclusions. In Activity 3 (Patient Diagnosis) students analyze a table of symptoms, causes, and treatments and answer prompt questions that require them to identify a diagnosis and explain what evidence led them to rule out other illnesses. The Patient Diagnosis page directs students to use the provided data (vital signs, symptoms, contacts, weather) to draw a supported conclusion about the patient's illness.

Students complete Activity 2 (Antimicrobial Properties) by observing five agar samples, drawing their results on the provided "Results" page, and then completing a Conclusion section in which they must "give a rationale for your answer using the evidence you have collected." Students also answer a reading question (Q2) that asks them to justify whether William Harvey's statement is still true today, requiring written reasoning, and they read specified pages of a science book as source material for their answers.

Students use symptom lists and a table of leading infectious causes to decide which disease fits the observed data (Activity 1). Students research specific respiratory infections online and fill a diagnostic table comparing symptoms and microscope visibility (Activity 2). Students compare electron-microscope images to identify the SARS virus and are explicitly asked to "explain, using evidence" whether a virus is living, and to research SARS spread using WHO, Mayo Clinic, and Cleveland Clinic links (Activity 3 and Activity 5).

Students are directed to read credible informational sources (PBS and Pathways to Freedom sites, an eyewitness autobiography excerpt, and a biography/video about the author) to learn about the Underground Railroad and Buxton. Students are asked to use what they learned about Buxton (author's note, Buxton School House Tour video) to write a 6–8 sentence persuasive speech encouraging a newly freed slave to reside there. The Getting to Know Christopher Paul Curtis activity requires students to research the author's background and answer specific factual questions based on provided sources.

Students read paired passages by George Fitzhugh and Frederick Douglass and answer questions that ask them to compare the two views and state whether they agree with Fitzhugh. Students are asked to evaluate Douglass's persuasiveness by identifying features in the text (circling vivid adjectives, underlining repeated verbs such as "whip") and to explain which voice seems more authentic. Students must write responses explaining why Douglass's account is persuasive, citing specific language choices and repetition as evidence.

Students are asked to "record textual evidence from the novel for each category" in the "Getting to Know Elijah" activity, prompting them to locate and cite passages that illustrate physical appearance, thoughts, quotes, and others' actions. Several comprehension and discussion questions ask students to describe characters, explain what a character is communicating, and defend their agreement or disagreement (e.g., "Do you agree with Mr. Leroy? Why or why not?"). The activities require students to pull direct quotes and examples from Elijah of Buxton (character quotes section) to support their descriptions.

Students are asked to identify the tone Elijah sets for specific events and "provide an example of a sentence or words that set that tone," requiring them to cite textual evidence (Activity 1, Tone of Elijah of Buxton). The mood activity asks students to record "words or images that made you feel that way," which requires referencing specific phrases from the text. The Accounts of Slavery activity directs students to read quoted passages and linked primary-source images and "write some words or brief phrases that explain what you learned," prompting students to draw conclusions from provided sources.

Students are prompted to support an opinion with evidence in the discussion question, "Do you believe the conjurer's act was a flimflam? What evidence supports your opinion?" Students also identify and cite specific passages and examples from Chapters 9 and 10 (e.g., sensory-language passages, figurative language examples) when answering comprehension and figures-of-speech activities. The figures-of-speech activity and answer key require students to match text excerpts to specific rhetorical devices, which asks students to point to textual evidence for interpretive claims.

Students are asked to read an external historical source about Matilda Taylor (the provided web link) before writing the remainder of a play in which characters must explain why they risked receiving an education, which asks students to give reasons for their choices. The lesson text models a historical example (Frederick Douglass) showing how writing and speaking influenced public opinion, and prompts students to answer evaluative questions such as whether the United States now provides a good education and to explain their reasoning.

Students are prompted to justify opinions in Question #2 (Do you think Mr. Leroy made a good choice... Why or why not?), where they are told to note evidence of the Preacher's past faults and weigh Elijah's view. Discussion prompts ask students to consider whether Elijah bears responsibility for what happened to Mr. Leroy's money and to use observations about characters to support their answers. The character comparison activity requires students to record similarities and differences with textual details about Elijah and another character.

The Student Activity Page directs students to write 2–3 sentences explaining an allusion's origin and connection to Elijah of Buxton and provides modeled examples (e.g., Elijah's name as a biblical allusion). Biblical passages (Mark 6:33-44, Joshua 6:1-20, Luke 3:1-9) and an answer key are provided for students to reference when explaining allusions. The materials also tell students to use the Allusions pages and to research unfamiliar allusions (including using the Internet or asking an adult) to understand the references.

Students are asked to record instances from the book that develop the theme of freedom on a theme web and to list seven events leading to the climax on a plot diagram, which requires selecting specific textual examples. Activity 2 directs students to "Use specific examples from the book and explain the impact of these incidences," requiring students to cite evidence from the text to support their personal response. The parent plan also guides students to explain how the main conflict was resolved using events from the story, which asks for evidence-based explanation.

Students are asked to identify a theme and "give two examples of how this theme was developed in the story" (Student Activity Page III), which requires supporting a claim about the text with textual evidence. The parent answer key also directs students to "highlight two examples of this theme in the story," reinforcing that students must cite examples from Elijah of Buxton to justify their response. Several short-answer items (e.g., defining flashback and explaining transitions) require students to explain authorial choices, which involves giving reasons and textual support.

Students are directed to consult specific, reputable sources (National Park Service pages, National Geographic, NASA, state geology pages) to identify their state's geologic province and major biomes. Students complete activity pages that ask them to describe the location and features of their geologic province, explain how at least one major feature was formed, and note interesting facts from the province web pages. Students collect firsthand data by spending at least 20 minutes observing a local ecosystem and recording detailed field-journal entries or creating a visual journal with labeled observations.

Students are instructed to use field guides, library research, or online sources to fill journal pages and to "jot down the sources" used. The lesson advises students to prefer credible websites (universities, government offices, well-known non-profits, museums, libraries, or science centers). Several journal prompts ask students to explain reasons (e.g., "Why is it a problem?", "Why is this animal endangered or threatened?", "Why do you think it was named your state tree?"). The activity requires students who use online images to print the URL to credit the source.

Students are instructed to research at least one indigenous group using the public library or Internet and are given specific web links (Library of Congress maps, BIA Tribal Leaders Directory, DOI page for Native Hawaiians). Students complete activity pages that ask them to record historical details (where they lived, community organization, housing, clothing, food) and modern details (federal/state recognition, tribal lands, contemporary leaders, current issues). The lesson specifies using information from the colonial period or just after the Revolution for the historical section.

Students are instructed to take organized notes on index cards and to write the URL on the back of each card so they can find sources again. Students are told to use reputable websites (for example, .gov or .edu) and to be cautious about sites without an obvious author or sponsoring institution. Students must write 3–4 well-crafted sentences for each topic that include date, location, key participants, issues at stake, and the historical significance, and include an image or website link for readers to learn more.

Students are instructed to look up information about a state leader online or at the library and complete structured note pages about the leader's background, achievements, and impact. Students must list their research sources on a dedicated "Sources" area, including specific URLs or exact titles and authors. Students use their research to answer questions (predict how the leader might respond) and to write a 6–10 sentence dedication speech that provides information about the person and relates qualities of the person to the chosen public space.

Students collect quantitative data from named sources (the U.S. Census Bureau QuickFacts, NASBO fiscal reports, and a historical population table) and record those figures on activity pages. Students plot population data on a multi-decade graph, create a county population table, devise a map key based on numeric categories, and complete a state budget worksheet using figures from the Fiscal Survey of the States. Students respond to analytical prompts asking whether population grew steadily, which decades show greatest growth, and how their state's population compares to others, and they are asked to write a paragraph comparing budget information from two other states.

Students are instructed to use online research and specific web links (50states.com, Fact Monster, and a Wikipedia GDP table) to complete a mini-book, including locating their state's GSP in millions, percentage of national GDP, and GSP per capita rank. Students must list at least three top industries and name three top employers, describe the kind of business each employer runs, and "notice any trends" among these employers. In the community-observation option, students are asked to note at least 25 businesses, categorize them (make/sell/provide services, local vs. chain), and create graphs showing the distribution of services and ownership.

Students are asked to "use the websites and materials you have studied in this unit" to create a 10-question quiz and an answer key, which requires them to draw on prior research. Students must "review all of the work that you have created for this unit" and "incorporating the child's previous research" is an explicit rubric criterion for the mural and video. The project prompts require inclusion of factual elements (geography, ecosystems, history, industries, arts, leaders, places) that students must identify and present in their mural or video.

Students gather and record quantitative and categorical data about family physical traits in the Shared Traits chart, creating a dataset of similarities and differences. Students perform a hands-on DNA extraction from a strawberry, producing physical, observable evidence that DNA exists in cells. Students answer reflective questions that ask them to use that evidence to explain why DNA is present and to reason about the role of soap, squeezing, and alcohol in the extraction process.

Students read disciplinary content (pages 6–11 and optional videos) about Mendel and inheritance that provides background for claims about dominant and recessive traits. In Activity 1 students record parent and sibling traits on charts, form hypotheses about whether traits are dominant or recessive, and compare their hypotheses to an answer key. In Activity 2 students generate empirical data by flipping coins ten times to produce allele combinations, count outcomes, calculate percentages, and create a pie chart to summarize the results.

Students collect and record quantitative data from coin-flip experiments (Tally Sheets 1–3), predicting percentages and then tallying outcomes to compute observed % of times for events. Students use numerical results and given Punnett square examples to compute genotype and phenotype percentages (e.g., 75% dominant, 25% recessive) and answer questions about homozygous/heterozygous distributions. Students analyze pedigree diagrams and answer explanatory questions (e.g., why children display a trait when a wife does not), using genetic reasoning tied to their data and diagrams.

Students read disciplinary texts and watch videos ( Genetics: Breaking the Code of Your DNA, Genes vs. DNA vs. Chromosomes, mutation pages) and are prompted to "consider whether one reproductive method is better than another," answering guided questions. Students build chromosome models and perform a crossing-over simulation, then are asked to "use this activity to explain why crossing over is important to genetic diversity," which requires them to cite observations from their model. Multiple question prompts ask students to explain processes (e.g., why meiosis leads to genetic diversity) using the readings and activity outcomes as sources of information.

Students are instructed to read the provided web page ("Ten Human Genetic Traits") and use that information to complete an Investigating Genealogy chart, showing they use external data to support conclusions. Students conduct a Family Survey, recording presence/absence of traits for parents, siblings, and grandparents and use those recorded data to trace how traits are passed across generations. Students are prompted to discuss and answer explanatory questions (e.g., "How do you know that traits are passed from one generation to the next?" and genotype/phenotype explanations), requiring them to connect observed data to explanations about inheritance.

Students collect quantitative data in the Bird Beak Experiment by counting white, black, and red beans eaten, calculating nutrition points for three cycles, and recording totals to determine whether a bird "survives." Students sort and classify statements as variation or adaptation and are prompted to "explain how she knew to classify each description," encouraging use of definitions as supporting reasons. Students answer reflective questions (e.g., which beak shape was best for survival, would results differ with less competition) that ask them to use their recorded results to justify conclusions.

Students use assigned credible sources (KidsHealth, Mayo Clinic, NIH, American Cancer Society, Cleveland Clinic) to research diseases and environmental causes (Activity 1 and Activity 3). Students complete charts describing each disease, list symptoms, and state whether a condition has a genetic component, requiring them to collect relevant data from those sources. In Activity 2, students ask targeted medical-history and examination questions and then determine a diagnosis based on physical exam notes, lab reports, and patient history, which requires using evidence to support their conclusion.

Students read targeted sections on cloning and related genetic technologies and answer comprehension questions (Questions 1–3), which requires them to gather information about uses and challenges. Students create a marketing brochure that must include paragraphs explaining what the company does and how it will benefit customers and briefly explain how the cloning process works, encouraging them to give reasons for claims. Students make a pros-and-cons list and discuss whether cloning should be legal and whether human cloning should be allowed, which asks them to state positions and provide supporting reasons in a discussion.

Students generate genotypes and complete Punnett squares for crosses (Parts 7) and then use those results to determine offspring phenotypes. Students record which traits are considered beneficial in each environment (Part 6) and count beneficial traits for each offspring to decide which survive, using that tabulated data as evidence. Students also answer reflection/discussion prompts that require them to reason about how dominant/recessive traits and disease influence trait frequency over generations.

Students are instructed to read six specified internet articles and create numbered source cards (MLA format) and note cards that link each fact or quote to a specific source. The lesson teaches parenthetical citations and a Works Cited page, requires students to use their research notecards when writing the rough draft, and the rubric explicitly states that students must "Support claim(s) with logical reasoning and relevant evidence, using accurate, credible sources." Students must choose three strongest arguments from their notes, include at least one counterargument and rebuttal, and develop a five-paragraph persuasive essay based on the cited research.

Students are instructed to revise and edit a persuasive essay, reading their essay once to focus on the structure of their argument and to check that each paragraph has a topic sentence and clear supporting details. The Parent Plan skills list explicitly states that students will "Support claim(s) with logical reasoning and relevant evidence, using accurate, credible sources" and to use words and clauses to clarify relationships among claims, counterclaims, reasons, and evidence. Students are also directed to arrange details, reasons, and examples effectively and persuasively and to anticipate and address reader/listener concerns and counterarguments.

Students are asked to produce a final draft of a persuasive essay (Activity 2), including typing, revising, and formatting the essay. The lesson instructs students to create a Works Cited page and provides a link to the Purdue OWL MLA guide for citing sources. The Parent Plan Skills section explicitly states that students should "support claim(s) with logical reasoning and relevant evidence, using accurate, credible sources" and to "support arguments with detailed evidence, examples, and reasoning."

Students read two essays about human cloning and use the "Arguing the Issue" activity page to record each author's main arguments and to identify logical and rhetorical fallacies the authors employ. The Parent Plan explicitly asks students to compare and contrast persuasive texts and to analyze the evidence each author presents. Students also answer reflection prompts about the most compelling parts of each argument and what would have strengthened the arguments.

Students read Chapters 16-18 and answer text-based questions that require recall and interpretation of events (e.g., Furball's death, discovery of spy cameras, lives of the eejits). The Parent Plan explicitly states that students will "cite the textual evidence that most strongly supports an analysis of what the text says explicitly as well as inferences drawn from the text." Students complete a Comparing Societies graphic organizer that asks them to record similarities and differences between Opium and the United States, prompting use of evidence from the book to support comparisons.

Students read Chapters 22-24 and answer specific comprehension questions that require them to explain plot events (e.g., Maria's rescue plan, Celia's actions to save Matt, Tam Lin's rescue). Discussion prompts ask students to compare and contrast how characters use power and to explain how Matt is "Mi Vida," directing students to note specific actions and motives as evidence. The family crest activity asks students to choose a character trait for El Patrón and justify how colors, shapes, motto, and symbols communicate that trait, then discuss those choices with a parent.

Students fill in a Student Activity Page that asks them to provide specific examples from The House of the Scorpion next to each listed characteristic of science fiction, requiring them to cite text-based evidence. The parent plan and skills list direct students to 'delineate and evaluate the argument and specific claims' and to 'cite the textual evidence that most strongly supports an analysis,' which asks students to assess whether reasoning is sound and evidence is relevant and sufficient. In Activity 2, students read persuasive passages to identify instances of irrelevant evidence and then write a 5–6 sentence persuasive paragraph that deliberately uses irrelevant evidence so they can analyze and discuss those weaknesses.

Students read Chapters 28–30 and answer specific comprehension questions (e.g., Matt's job, why he confesses, what comforts him), which requires referring to events and details from the text. Students complete an Opium vs. Aztlán activity page and Venn diagram where they list words and phrases that describe each place, drawing descriptive evidence from the chapters. Students are prompted in discussion questions to explain why Jorge's confession demands are effective and how Matt resists, which asks them to reason from textual details.

Students read Chapters 31–33 and answer directed comprehension questions that require textual recall (e.g., what Matt's foot tattoo means, why Matt and Chaco attack Jorge). In Activity 1, students are given specific excerpts from the novel and are asked to identify religious symbols and messages and to "write your thoughts in your journal," prompting them to use the text as evidence for interpretations. Students are also asked to reflect on Tam Lin's teachings and how they affected Matt's development and to include words/quotes from the characters in a poster, which requires selecting supporting text.

Students are instructed to review a PowerPoint presentation that covers the structure of a persuasive essay and recommended persuasive techniques. The review list explicitly includes "Logical and rhetorical fallacies," which relates to evaluating and constructing logical reasoning. Students are also advised to create their own practice test, which could prompt them to apply persuasive essay structure and reasoning skills.

The Student Activity Page describing a five-paragraph persuasive essay instructs that "the thesis should be supported by three paragraphs, each one giving a reason to support the thesis along with facts, details, and arguments," which directs students to use reasoning and supporting details. The unit test and essay reflection prompts ask students to explain positions (e.g., on cloning) and to reconsider and defend their arguments, requiring written justification. Multiple pages ask students to present and refute a counterargument and to identify logical/rhetorical fallacies, prompting evaluation of the logic and evidence used in their own writing.

Students are asked to use the provided "Growth of American Cities" data table to create a graph and answer questions that require calculating percentage growth, comparing city sizes, and identifying trends, which has them use quantitative data to support conclusions. In Activity 2 Option 1 students read primary-source letters from migrants (Library of Congress links) and then write a two-paragraph letter that must reference reasons for moving and how realities matched expectations, drawing on evidence from those sources. In Activity 2 Option 2 students examine Jacob Lawrence's paintings and write commentary explaining what each image shows about the Great Migration, using visual evidence from a credible museum collection.

Students are directed to use specific web links (Britannica article and a primary-sources guide) and the documentary video as sources for Activity 2, where they must design an informational sign about Wounded Knee that includes accurate words and images. In Activity 3, students read primary-source material (Capt. Pratt) and compare before-and-after photographs, writing observations and answering questions that require using those images and texts as evidence. Students are asked to take notes while watching the documentary and to write paragraphs about the Wounded Knee website, which requires summarizing information drawn from those sources.

Students are asked to compare technologies in 1850 and 1920 and to write descriptions and lists of advantages and disadvantages for each (Activity 1), which requires them to give reasons for how technologies met needs. In Option 1 students must watch early Edison films and write an advertisement explaining why the films would interest kids of the time, which asks for justification. In Option 2 students prepare a 60–90 second speech explaining 2–3 of Bell's inventions and how they influenced modern devices, and in Option 3 students use Smithsonian/Library of Congress/NPS resources to pick artifacts and explain why each is important.

Students read first-person accounts (Rose Cohen and Joseph Miliauskas) and watch the documentary episode "Cities," giving them source material to draw from. In Activity 2, students are asked to brainstorm at least three positive and three negative impacts of Andrew Carnegie and then answer "Do you think it is fair to call Carnegie a 'robber baron'? Why or why not?," prompting students to form a claim and give reasons. In Activity 3, students must imagine and describe the benefits and harms of a sweatshop job and role-play advising a friend, requiring them to present supporting reasons drawn from the readings and film.

Students read primary-source letters from Polish immigrants and use a structured activity page to list specific evidence of push and pull factors, which requires locating and recording relevant details from credible primary sources. Students watch a video about Ellis Island and are instructed to record 8–10 facts and statistics, collecting quantitative data from a documentary source. Students read Library of Congress and university pages about nativism and the KKK and complete an activity that asks them to identify reasons someone might join such a group, which involves interpreting textual evidence and stated purposes.

Students examine primary-source photographs (Jacob Riis and Lewis Hine) and complete guided photo-analysis pages that ask them to describe details, settings, people, and to draw conclusions from the images. Students read discipline-specific texts (selected chapters in We Were There, Too! and an online Samuel Gompers biography) and answer factual reading questions. Students conduct Internet research on a chosen reformer and create a poster explaining why an issue is a problem, what the leader proposes, and what voters should do, and they write 1–2 paragraph responses imagining perspectives (worker, organizer, or owner) that require them to reason about pros and cons.

Students perform numeric calculations in Activity 1 using provided input costs, price per bushel, acreage and yields to compute profit per bushel and to recalculate profit after added storage and shipping costs. Students answer questions that require them to use those quantitative results to explain how increased railroad and elevator rates affect farm profits and to argue why farmers might seek government regulation. In Activity 2 students read a list of Populist Party planks and write sentences explaining why specific social or economic groups would or would not support those policies, using the platform language as evidence; a link to the 1892 Populist Party platform is provided for further source-based reading.

Students read and analyze primary sources about the Lusitania (Library of Congress, National Archives, PBS) and are asked to summarize an article and save/print it for use in a final project, providing a clear opportunity to use credible evidence. In the U.S. Entry activity, students evaluate a list of reasons for joining the war, rank them from most to least convincing, and "explain the reasoning behind their order," prompting students to use logical reasoning to support their judgments. In the propaganda activities, students analyze posters using a checklist of appeals and must identify the poster's goal and persuasive strategies, which requires citing visual evidence to support interpretations.

The scrapbook rubric requires that "All information in the scrapbook is based on historical facts," and the dramatic-presentation rubric asks for accurate reasons for immigration/migration and accuracy in describing urban settings and industrial work. Students are directed to refer back to unit "Things to Know," review sheets, and collections of historical images and to include 1–2 artifacts per scrapbook page and answer questions about them. The character planning pages and presentation index cards prompt students to state reasons for moving, describe home and work, and discuss reform movements and attitudes toward war.

Students conduct a Local Survey in which they identify six organisms and record observational data (color, shape, texture, size, other traits). In Activity 2 students research a plant leaf and an animal limb using the provided web links and document findings (components, consequences of missing parts, importance for survival). Students use collected survey data to list at least three differences between plants and animals and complete activity pages that ask them to describe levels of organization with examples.

Students are directed to read specific texts and web articles (Behavior in Living Things pages, an Arbor Day anatomy page, a NOAA mangrove adaptation article, and a video) and then answer guided questions that require explanations about plant adaptations and tree anatomy. In Activity 1 students use those resources to describe each tree part and its function, and in Activity 2 students use the video and articles to explain how plants survive different environmental stresses. The parent plan and answer keys explicitly connect students' responses to evidence from the provided sources.

Students collect repeated observational data by sketching their seeds daily for seven days and monitoring germination conditions, which produces relevant empirical evidence. Students dissect presoaked and germinated lima beans, identify and label seed parts, and compare differences, practicing use of physical evidence to explain seed structure and function. The lesson provides credible external resources (a PBS video and an extension website) that students are directed to read or use for their flower model or visual presentation.

Students make predictions and then collect and record observational data across multiple days in tables for soil type, light amount, and water amount (Day 1–Day 4). Students are prompted to describe changes in growth, color, and survival and to use observations and conclusions to explain ecological outcomes (e.g., why some areas have minimal plant or animal life). In Activity 2, students read a passage and identify three abiotic and three biotic factors, describe the impact of each, and predict which factors will have the most or least influence.

Students are asked to research an animal's digestive system using search engines (e.g., "snake digestive system") and to "consult more than one source to make sure your information is thorough and accurate." The assignment requires inclusion of the animal's scientific name (found in an encyclopedia) and allows students to print or sketch a diagram from online sources. Parent notes instruct students to take notes, summarize findings in their own words, and avoid copying text word-for-word.

Students collect quantitative data in the "Activating Yeast" activity by measuring and recording balloon circumference every 5 minutes for 25 minutes and drawing observational sketches. The Student Activity Page asks students to explain what happened and what caused the balloon to inflate, prompting them to use their experimental data and the provided chemical equations for fermentation and respiration as evidence. The lesson includes assigned readings (pages 12-15) and videos about cellular respiration that students can use as informational sources.

Students collect quantitative data in multiple activities (measuring earthworm movement in centimeters, recording reaction time averages, calculating averages, and creating bar graphs). Students answer analysis questions that ask them to compare results (e.g., whether worms moved farther in response to light or gravity) and to explain their expectations and conclusions. In the perceptive-animals option, students research a sensory capability online and create a presentation or diagram describing findings.

Students are asked to research a specific animal's communication and complete an "Animal Communication Notes" page, then write a 1-2 paragraph summary or create a poster based on that research. The activity provides specific web links (PBS, Prairie Dog Project, Wolf.org) that students can use as sources and instructs students to put quoted sentences in quotation marks and note the source. Several short-answer questions (e.g., whether migration is instinctive or learned; explaining imprinting; differences between imitation and mimicry) require students to explain and justify answers based on the reading.

Students are instructed to "use logic to support the choices she makes for grouping the organisms" and to "explain the choices you made for each category," requiring them to provide reasons for groupings. They complete trait tables (e.g., columns for vertebra, hair/fur, opposable thumb, complex language) and use those trait data to construct cladograms. The lesson directs students to use external resources (a video and the Animal Diversity Web link) and to "confirm whether an organism has a particular trait" by researching, which connects evidence-gathering to their classifications.

Students are asked to choose an organism and research discipline-specific categories (nutrition, reproduction, ecological relationships, abiotic/biotic factors, classification) and record findings in a booklet or slide presentation, which requires gathering factual information about the organism. Directions require students to take research notes, use the provided "Things to Study" review sheet and vocabulary cards, and put information in their own words. The slide option instructs students to make slides understandable from text and graphics alone and to give credit for graphics obtained from Internet sites.

Students are prompted to use the map and vocabulary terms to predict what the book will be about (Questions to Discuss), which asks them to base a claim on observed clues. In the Map activity, students identify numbered places, record locations/events, and trace journeys, giving them specific visual details they can reference. In the Vocabulary Cube activity, students record definitions, alternate meanings, parts of speech, synonyms, and sentences, practicing gathering text-based evidence about word meanings.

Students are asked to cite textual evidence as a listed Skill: "Cite the textual evidence that most strongly supports an analysis of what the text says explicitly as well as inferences drawn from the text." Students read specific passages and are prompted to "describe what you think is being foreshadowed" and to identify symbols, requiring them to point to lines of text as support. Students complete a Rabbit Research activity using a provided credible web link (Animal Diversity) and fill a graphic organizer with habits and characteristics, recording factual data from that source.

The Student Activity Page for "Fantasy and Epic" directs students to "Record an example of the use of each characteristic in Watership Down," requiring them to find and note specific textual examples for genre traits (fantasy: elements not realistic, realistic elements, serious theme; epic: hero, journey, vast setting, omniscient narrator). The answer key and activity prompt students to cite instances such as Hazel as an amazing hero, the search for a new home as a long journey, and the omniscient narrator explaining rabbits' emotions, which asks students to connect text details to literary claims. The Reading and Questions ask students to add information to character cards and to keep a Travel Tracker of settings, which requires students to extract and record concrete details from the text.

The lesson's Skills section explicitly states that students should "Cite the textual evidence that most strongly supports an analysis of what the text says explicitly as well as inferences drawn from the text," which requires students to use evidence from the novel. In the Strange Rabbits Option 2 activity, students are asked to "use information from the text" to list characteristics for each group and in the Venn diagram, which has students identify and place text-based traits. The Connection Commander role requires students to write several sentences explaining connections between the reading and their own experience or the world, prompting them to refer to the text when making those connections.

Students are asked to locate two passages or quotations from Chapters 24–27, record the page number and reasons for their choices, and then discuss each passage with a parent, which requires selecting textual evidence to support their thinking. Students complete a "Rabbit Societies" chart in which they cut, sort, and glue boxes to record positive and negative traits of each rabbit group and leaders, an activity that asks them to identify and organize evidence from the text. Discussion questions ask students to explain Hazel's motivations and to analyze narrative comparisons, prompting them to refer to parts of the text to support their answers.

Students are instructed to "cite the textual evidence that most strongly supports an analysis" (Skills), and they will write a summary of Chapter 31 as the Summarizer in Activity 1, recording key events and ideas from the text. In the folktale activity students read summaries of El-ahrairah stories and are asked to "consider why each story was important" and "record your thoughts" about the messages and values conveyed. In Activity 2 students must research a chosen animal, "consult at least three sources...and record your sources," using the Animal Research page to collect habitat, diet, lifespan, physical appearance, and other factual details.

Students are asked to write 2–4 sentence reflections explaining how details of Efafra and Watership Down give clues about the kinds of places they are, which requires using textual details to support an interpretive claim. Students create Venn diagrams or artwork to compare and contrast settings, identifying unique and shared characteristics and using those observations as evidence. Students draw and label a map of a created setting and consider events that could occur there, tying specific labeled features to plot possibilities and character actions.

Students are asked to update character cards with each character's physical description, traits, important actions, memorable quotes, and reactions of other characters, which requires collecting textual evidence. Discussion questions ask students to provide examples of Hazel's leadership and to describe why a critical moment is important, prompting students to cite events and explain their significance. The parent plan notes that students should give examples from Chapter 41 and other chapters, which asks them to use text-based details to support their explanations.

Students are asked to describe a rabbit leader's leadership style and give two examples of how he exercised leadership and how others responded (Unit Test Section V), requiring them to support a claim about a character with examples. The study guide and parent prompts ask students to discuss how characters have changed, how major conflicts were resolved, and how leadership is developed, which directs students to use textual details as support. Literary-term questions (foreshadowing, epic characteristics) and the rubric's expectation that content combine factual knowledge with fictional elements also prompt students to use relevant details from Watership Down to justify responses.

Students analyze primary-source photographs from the Library of Congress and are asked to select 6–8 photos around a self-chosen theme, print them, and write short descriptions explaining what each photo shows about the Depression. In Option 2, students must record provenance information for each image (title, photographer, date, URL, and relevant details) from the Library of Congress website, a credible source. Students also take notes while watching the documentary episode and read assigned texts, then answer factual questions about causes of the Depression and Dust Bowl conditions.

Students read specified selections from World War II for Kids and We Were There, Too! and answer comprehension questions that require explanation (for example, QUESTION #1 asks why food items were rationed and requires multiple causes). Students complete the "Making a Difference" activity by brainstorming eight specific actions and writing how each action would make a difference (requiring students to give reasoning about impact). Students complete a rationing activity using family grocery receipts to calculate and compare consumption, using personal quantitative data to support conclusions about how shopping and diet would change under rationing.

Students read specific sections of a content book (World War II for Kids) and answer targeted questions that require them to restate causes and strategies (e.g., questions about wartime production, Nimitz's strategy, Stalin's motives, and Operation Overlord). Students are directed to consult the map in the book, online sources, or an atlas to locate events when adding timeline cards to a world map, which requires using external geographic sources to place events accurately. The Activities require students to add dates and titles to map locations and to review their answers for accuracy, which involves using textual details as support for placement and answers.

Students are asked to explore the U.S. Holocaust Memorial Museum website (including Resources for Academics and Research and Learn About the Holocaust) and to fill out a "Field Trip About the Holocaust" page that asks which exhibit would be most useful and why. Students complete guided note-taking on Chapter 6, recording factual details (for example, victims, ghettos, concentration camps, and casualty figures) that can serve as evidence. In the museum option, students are prompted to identify online resources to review before a trip and to describe their usefulness, which requires citing information from credible museum materials.

Students are asked to read selections from a history book (World War II for Kids) and answer factual reading questions that require use of text evidence (questions 1–4). In Activity 2, students complete a chart titled "The Atomic Bomb" where they record "Facts and Advice/Estimates Available," decide whether those facts support dropping the bomb, and explain "Why or why not?" The activity prompt asks students to weigh facts and consequences and to write a justified decision between a prolonged invasion and use of nuclear weapons.

Students are required to write 2–4 sentence summaries and short paragraphs about themes or an individual's experience (During sections and Politics/Economics/Society posters). The project rubric explicitly requires historical accuracy, inclusion of at least one primary source per poster, and proper citation of images, and the materials provide specific web links to reputable sources (Library of Congress, National Archives, US Holocaust Memorial Museum, etc.). Students must answer guiding questions that ask them to explain how the war affected individuals and America, and include written content mixed with primary-source material in their exhibits.

Students use stratigraphic principles and fossil correlation to place rock layers in order (Activity 1 and Relative Dating), using zone fossils to argue that layers from different locations are contemporaneous. In the Radiometric Dating option, students use a half-life table and parent/daughter isotope ratios to calculate ages of igneous rocks and to create age ranges for sedimentary zones, applying logical reasoning about decay rates and cross-cutting relationships. The lesson assigns specific sections of The Field Guide to Geology and a linked video as sources students read or view to gather information for these tasks.

Students read Chapter 2 of The Field Guide to Geology and answer content questions that require factual explanations (e.g., ages of ocean floors, locations of trenches, causes of mountain building). Students build a Deep Time timeline using radiometric dates and numerical scales, place Plate Tectonic Timeline Cards at precise locations, and add at least five dated cards from a National Geographic video, thereby using quantitative data and named sources. Students present and compare their timelines with peers and are asked to explain tectonic processes and reconcile differing dates presented by different sources.

Students read discipline-specific text (pages 180–185 of The Field Guide to Geology) and answer content questions that require citing factual data (e.g., ages of rocks, eon lengths). In Question #3 students identify when life first appeared and explain how we know by referencing fossilized bacteria in the greenstone belts and oxygen-producing cyanobacteria that created iron deposits. In Activity 2 students place timeline cards with specific dates (e.g., 3.5 BYA, 2.4 BYA, 1.5 BYA), using those dates as evidence for sequencing events.

Students are asked to label geologic eras and fossil groups and to answer questions such as "How do paleontologists use this progression to support the theory of evolution?", requiring them to use fossil-layer evidence to explain evolutionary change. In activities students dig out embedded beads and record which were placed in which layers, then justify their answers using the principle of superposition. The Parent Plan and summary prompts direct students to summarize evidence drawn from geology, fossils, and comparative anatomy to form the basis for the theory of evolution.

Students use the Generations activity table to calculate numbers of generations for different species and answer interpretive questions (e.g., "Do you think mosquitoes or humans would evolve more rapidly? Why?"). Students read assigned textbook pages and answer questions about Darwin's theory and the description of natural selection, and they watch the PBS documentary "What Darwin Never Knew," providing content from credible science sources to draw on.

Students collect quantitative data during the colored-dots activity by recording counts of red, blue, and green dots across multiple generations and environmental conditions. Students answer interpretive questions that ask them to explain how selective pressures changed and why genetic variation is important, requiring them to draw on their observations. Students also read pages from a textbook and watch a PBS documentary and a short video about sickle-cell anemia, which are discipline-appropriate, credible informational sources.

Students are asked to "research the different species involved" and to fill out a Convergent Evolution Research page using resources found online or at the library. In Option 1 students must write a paragraph describing the environmental challenge and the similarities and differences between species, and a model paragraph provides a numeric claim (body length ≈ 4.5× diameter) and anatomical comparisons. In Option 2 students must create a poster that includes images sourced from the Internet and "brief descriptions" and "detailed drawings of anatomical similarities and differences."

Students are instructed to research a religion's stance on evolution using books, the Internet, and in-depth interviews and to document religious and scientific evidence side-by-side (Step 3 and the "Evolution and Religion" pages). The rubric requires students to interview at least two people, clearly communicate differences in viewpoints, and produce conclusions that "follow from the research presented." The unit test and Fast Forward rubric ask students to name multiple lines of evidence for evolution and to explain relative and radiometric dating, which requires citing relevant scientific data in their responses.

Students use linked credible sources (Encyclopaedia Britannica and CNN) to complete the "World War II Detective" page, gathering dates, locations, sides, leaders, causes, and outcomes as relevant data. Students use author biography pages and an interview to collect factual information about Markus Zusak and then produce a poster or a 90-second radio promotion that incorporates those facts to persuade an audience. Students are directed to find and include factual information from provided sources when completing these research-and-presentation tasks.

Students are directed to complete the "Historical References" activity by using specified web links (e.g., USHMM, hmd.org.uk) to answer targeted questions about Communists, the term "Aryan," Mein Kampf, anti-Semitism, and the yellow stars. In the "Propaganda" activity students must select three Nazi posters from a provided archival link, identify the poster's target audience and goal, and describe what makes each poster effective (e.g., use of colors, fonts, images). Students are also asked to record and categorize examples of propaganda from the day's reading on a multi-column activity chart.

Students are asked to record examples of propaganda from Part Three of the novel, requiring them to identify and cite textual evidence. In the "Special Books" activity, students must pick five books and write a sentence or two explaining why each book is valuable, which asks them to give reasons supporting their choices. The Parent Plan skill note also tells students to develop a topic with relevant facts, concrete details, quotations, or other information and examples.

Students read excerpts of the Nuremberg Laws and the Hitler Youth law and then answer scenario questions that require applying those laws (e.g., eligibility for citizenship, rights denied to non-citizens). Students are asked to record examples of propaganda from the reading and to consider whether characters' actions were influenced by propaganda. The lesson provides external links (USHMM, PBS) that students can use to learn more about Kristallnacht, giving access to credible historical sources.

Students practice identifying and labeling common logical fallacies in Activity 1 by examining a print ad (Link A) and a television commercial (Link B) and by matching given examples to fallacy types. Students analyze written Nazi propaganda in Activity 2 (Options 1 and 2) by identifying logical fallacies in quoted passages, explaining what emotions the arguments appeal to, and explaining why the arguments may have been effective. The lesson's skill list explicitly asks students to "cite the textual evidence that most strongly supports an analysis" and to "evaluate the credibility of a speaker," indicating students are asked to use text evidence and assess source credibility in their analyses.

Students are asked to watch two clips of Hitler speaking and take notes on what listeners might have found compelling about his delivery, prompting analysis of rhetorical techniques. The Parent Plan Skills explicitly instruct students to delineate a speaker's argument and specific claims, evaluate the soundness of reasoning and the relevance and sufficiency of evidence, and evaluate a speaker's credibility (e.g., hidden agendas, slanted or biased material). Students also record examples of propaganda on the Propaganda page, connecting textual/visual evidence to claims about persuasive intent.

Students read credible primary and secondary sources in the War Journalism activity (a PBS article, a 1943 newsreel, and an Ernie Pyle column) and answer five analytic questions about how those sources convey information and propaganda. Students are prompted to give examples from the Ernie Pyle selection (question 4) and to identify informational versus propagandistic elements in the newsreel (question 3). Students also record examples of propaganda from the novel on the "Propaganda" page and explain relationship significance in the Relationship Web activity.

Students read and extract evidence from credible primary sources (an excerpt from Anne Frank and firsthand Warsaw Ghetto writings) and from The Book Thief. In the "Primary Sources vs. Historical Fiction" activity, students must brainstorm advantages/disadvantages and then choose three ideas and provide specific examples from the day's primary source reading or from The Book Thief. The activities also prompt students to record examples of propaganda and descriptive language directly from the texts, requiring them to locate textual support for interpretive points.

Students answer text-based explanation questions (e.g., Question #2 asks them to explain how Hans avoided dying, requiring them to use events from the text to justify the answer). The lesson asks students to jot down especially effective instances of figurative language to use in a final project, and Option 2 asks students to explain the significance of each stop on a character's journey, linking events to emotional change. Option 1 directs students to conduct an interview, record answers, and choose the most important details to communicate the journey, which requires gathering and using primary evidence.

Students are directed in the bottom-middle mini-project to read an essay by Walter Cronkite about censorship, take a side on whether modern-day wartime journalism should be censored, and write reasons plus examples or specifics to back up two reasons, including an opponent's argument and a refutation. The Skills section explicitly asks students to "explore and evaluate argumentative works" by identifying social context, bias, emotional factors, and comparing argument and counter-argument. The "Censorship in Journalism Debate" and "Propaganda Posters" activities require students to analyze arguments and identify logical fallacies and the persuasive strategies used in posters.

Students work with explicit quantitative data (pre-war population, war-related deaths, GDP for 1938 and 1945), calculate deaths as a percentage of pre-war population, and graph GDP changes to answer which countries had the largest gains or losses. Students examine and describe historical photographs and use linked primary/secondary sources (The Atlantic, IWM, National WWII Museum, History Navy, Duke AdAccess) to support their descriptions of material damage and postwar conditions. Students analyze and compare historical and modern advertisements and answer a prompt asking whether a historical ad would be effective today, providing reasons for their judgment.

Students read credible background and primary sources about early Cold War policy, including U.S. State Department summaries of the Truman Doctrine and the Marshall Plan and excerpts of Truman's speech. Students answer direct summary questions about those policies (e.g., summarizing the Truman Doctrine and the Marshall Plan). Students examine political cartoons and are asked to take a position about whether the U.S. should aid countries threatened by communism and then create a political cartoon or poster expressing that view.

Students are directed to read primary and authoritative sources (Office of the Historian, JFK Library, History Channel) and then complete tasks that require using those sources. In Option 1 students use the "Decision Making in the Cuban Missile Crisis" page to research events, evaluate factors, list advantages and disadvantages, and explain their chosen course of action. In Option 2 students must read Kennedy's speech and "List 3 facts that JFK provided" and justify which steps seem most effective or controversial. The Red Scare activity asks students to write journal entries both supporting and opposing investigations, prompting them to make claims and defend them.

Students read specified primary and secondary sources (We Were There, Too; Free at Last; and a National Archives exhibit link) that provide factual information about civil rights events and people. Students complete a comparative organizer about Claudette Colvin and Rosa Parks, filling in reasons for their impact and using full sentences to explain actions and personality traits. Students write a memorial poem or a two-paragraph newspaper clipping that requires them to summarize how an individual died and to describe that person's life and activism based on the readings. Students answer focused comprehension questions that require citing facts from the assigned texts (e.g., Brown v. Board ruling, role of Arkansas National Guard).

Students read primary and secondary sources (Carolyn McKinstry excerpt, Section 3 of Free At Last, and the full text and audio of Dr. King's "I Have a Dream" speech) and are directed to highlight or underline powerful phrases as they follow the text. Students answer specific text-based comprehension questions about McKinstry and sit-ins, and Option 2 asks students to use a graphic organizer to compare "I Have a Dream" with another King speech, noting similarities and differences such as dates, audiences, key ideas, themes, occasions, or goals.

Students read a historical text (Part 4 of Free at Last) and answer specific factual questions about voting rights and tactics used to suppress votes, which requires extracting relevant information from a source. In Activity 1 students locate a historical photograph, describe where they found it, and note information about when/where it was taken and who the photographer or subjects were, engaging with source provenance. In Activity 2 students list reasons to participate in Freedom Summer, brainstorm objections and counter-arguments, and role-play a conversation to persuade a parent, practicing making claims and responding to challenges.

Students read assigned texts and two external web sources (Stanford SCLC page and the Black Panther platform) and are asked to record facts and comparisons in a Venn diagram, which requires extracting evidence from those sources. Students answer comprehension questions that ask them to identify causes of tensions and conditions for farmworkers, requiring them to use details from the readings. In Activity 2 Option 2, students must write a 2–3 minute persuasive speech that includes at least one quotation from Cesar Chavez, information about worker treatment, and at least two reasons to support a boycott, which requires using evidence and reasons to support a claim.

Students are asked to produce a written proposal for a public commemoration of the Korean War (Activity 2, Option 1) that prompts them to answer questions such as "Why was the U.S. involved in the Korean War? What was the goal?" and to "provide specific details." Students are directed to watch and read web-based resources and veteran interviews and to take notes on powerful memories, providing source material they can draw on. The Reading and Questions section asks students to identify factual causes, events, and outcomes of the war, supplying content students can use when making claims.

Students read U.S. Department of State webpages about the Gulf of Tonkin, Tet, and Ending the Vietnam War and answer specific factual questions based on those sources. Students write a one-page letter to John Tinker in which they state an opinion about the protest and "share your reasons" for supporting or opposing the war, requiring students to give logical reasons for their claims. Students are asked to review 2–3 Library of Congress veterans' interviews, providing access to primary-source accounts they could use as evidence.

Students examine primary-source protest leaflets in Activity 1, which requires them to read historical documents and base creative work (fliers) on those materials. In the Music option students listen to at least two protest songs and complete prompts that ask for each song's message, powerful lyrics, musical description, and to answer which song was most effective and why. In the Television option students watch a 1960s episode and write a short review that includes what they learn about the 1960s and comparisons to modern programs.

Students locate and include historic documents and images found through online searches as artifacts for their time capsule and create written pieces such as a fake letter from a soldier, a speech for an anti-war rally, or a written list of goals for an activist movement. Students complete artifact description slips that ask "What is this artifact/document?" and "What will it help future archaeologists understand?" and prepare brief remarks for a dedication ceremony explaining the importance of the time period and why each object was chosen. The Time Capsule Rubric requires inclusion of seven artifacts with descriptions and evaluates student-created items and responses.

Students are directed in Activity 2 to research each decision on the KidsHealth website and describe another body system that could be affected, using the site's teen-focused articles as a source. Activity 1 asks students to take notes on each system, identify which systems interact or depend on others, and draw arrows explaining how systems benefit one another. The Parent Plan lists a skill to "Use argument supported by evidence for how the body is a system of interacting subsystems," and students are instructed to discuss their answers with a parent, which prompts them to justify their responses verbally.

Students are asked to read discipline-specific texts (The Concise Human Body Book pages and an earthworm dissection PDF) and to answer targeted questions about cells, tissues, and organs. The Parent Plan Skills list explicitly includes: "Use argument supported by evidence for how the body is a system of interacting subsystems composed of groups of cells." Students also complete reflective questions (e.g., what would happen if an organ stopped functioning?) that prompt explanatory reasoning using content from the readings and dissections.

The Skills list explicitly includes "Use argument supported by evidence for how the body is a system of interacting subsystems composed of groups of cells," which directs students to support claims with evidence. In Activity 1 students are asked to use The Concise Human Body Book (and optionally Internet sources) to identify which muscles and bones produced specific movements and to record observations. Question prompts (e.g., describe how muscles acted on joints and which muscles pulled in opposite directions) require students to explain reasoning connecting evidence (observations and diagrams) to claims about movement.

Students perform an experiment (Parts 1–4) using a red cabbage indicator, record measurements and color changes, and answer analytical questions such as "Did this experiment demonstrate that the air you breathe out is different from the air you breathe in? Why or why not?" Activity 4 has students compute oxygen and carbon dioxide volumes using given percentages and their measured breaths per minute, producing quantitative evidence. The lesson directs students to read The Concise Human Body Book and to use a KidsHealth link for guidance, providing discipline-specific sources to inform their explanations.

Students are assigned to read pages 210–231 of The Concise Human Body Book, providing a discipline-specific, credible source for information about digestion. The Parent Plan explicitly lists the skill "Use argument supported by evidence for how the body is a system of interacting subsystems composed of groups of cells." Discussion questions ask students to explain roles and effects (e.g., pancreas, gallbladder, differences between small and large intestine), which require explanatory reasoning based on the reading.

Students read specified pages in The Concise Human Body Book and view a linked introductory video, using those texts as sources of factual information about glands and hormones. The Parent Plan Skills section explicitly lists "Use argument supported by evidence for how the body is a system of interacting subsystems composed of groups of cells" and "Construct a scientific explanation based on evidence," indicating an intended focus on evidence-based explanation. In Activity 1 students match hormones to their functions and producing glands using information from the textbook and a Johns Hopkins chart, which requires locating and applying relevant, accurate data from credible sources.

The Skills section explicitly lists "Use argument supported by evidence for how the body is a system of interacting subsystems composed of groups of cells," indicating students are expected to construct evidence-based arguments. Students are instructed to read discipline-specific sources (The Concise Human Body Book pp.260-265 and KidsHealth pages) and to research organ functions, then write a paragraph or prepare a two-minute presentation in their own words. The pregnancy activity asks students to order development stages using length and descriptive data, requiring use of factual details from provided materials.

The Parent Plan explicitly lists "Use argument supported by evidence for how the body is a system of interacting subsystems composed of groups of cells," which directly references constructing evidence-based arguments. Students are asked to read specified textbook pages (pp. 190-205) and answer factual questions, providing a specific source of content knowledge they could use in support. A discussion prompt about vaccination asks students to take a position and explain why, which invites students to form an argument.

The Parent Plan lists as a skill: "Use argument supported by evidence for how the body is a system of interacting subsystems composed of groups of cells," which explicitly asks students to construct evidence-based arguments. Students are directed to read specified pages in The Concise Human Body Book and to consult linked websites and videos, and they perform experiments (taste/smell, optical illusions) that require gathering observations and information. Activities require students to cut, label, and order steps of the nerve impulse process, synthesize information for diagrams, and save work for a final project that could incorporate gathered evidence.

Students collect empirical data by measuring pulse at rest and after exercise across three trials, convert counts to beats per minute, and create a line graph of their results. Students answer analytic questions that ask them to identify which situation represents homeostasis versus imbalance, name body systems that restore balance, identify a compound that goes out of range, and explain how the body restores homeostasis. Students are directed to read textbook pages and specific web links (homeostasis page, hypothalamus article, and a video) to use information when matching organs to regulatory functions and systems.

Students are asked to read a UC Davis overview and WHO pages and then label at least four boxes on an anatomy diagram with environmental issues that may affect their health. Students must identify which body parts could be negatively affected and briefly explain a possible negative consequence for each labeled issue. The Parent Plan skills list also asks students to "construct a scientific explanation based on evidence for how environmental and genetic factors influence the growth of organisms," and the activity explicitly invites students to do Internet research to learn more.

Students are required to create slides or posters that state the function of each system and provide at least two ways each system is interdependent with other systems, and they must include their system diagrams and other images. The project directions tell students to put explanations in their own words and to supplement images with text that explains system function and interdependencies. The rubric evaluates 'Content' for clarity and comprehensibility, which asks students to present explanations and diagrams as part of their submission.

Students watch the linked video "Alabama in the 1930s" and create a mind map to record historical information presented. They answer a journal question, "Would you have wanted to live in Alabama in the 1930s? Why or why not?," which asks them to give reasons for a position. The Parent Plan and wrap-up note that students should include factual items (e.g., the WPA, Dust Bowl, Jim Crow segregation, lynchings) in their mind maps and observations from the first two chapters.

The Parent Plan lists as a skill: "Cite the textual evidence that most strongly supports an analysis..." which directs students to identify and use text-based evidence. The literature-response question instructs students to "Refer to specific examples from the book in your discussion," requiring students to support their reflections with textual examples. Activity 2 gives students a specific web link to an "About Harper Lee" article, providing a credible external source students can read to connect the author's life to the novel.

Students read chapters 5–7 and are asked to record five things Jem and Scout think about Boo based on hearsay and five things known from personal experience or reliable sources. In Activity 1 students compare and contrast the two columns and are instructed to develop a hypothesis about who Boo really is based on that evidence. The Parent Plan also lists the skill "Cite the textual evidence that most strongly supports an analysis...," and provides specific text-based items students can use as evidence.

Students are asked to write a literature response after reading Chapters 8–9 that must include at least one quotation from the section and an explanation of its meaning and importance. The Character Line-Up chart requires students to record quotes or dialogue and memorable actions for characters, which asks students to locate and cite textual evidence from the novel.

Students practice quoting, paraphrasing, and summarizing using the Purdue OWL link and the Student Activity Page, including identifying passages as quotations, paraphrases, or summaries. Students are required to record a direct quotation with a page number and produce a paraphrase in Part II, and the Parent Plan instructs students to refer to specific examples from the text when writing a 6–8 sentence literary response. Students also connect a historical image to the book by writing two to three sentences explaining how the image relates to the story or characters.

Students read primary-source excerpts of Jim Crow laws from multiple states and are asked to consider whether laws produced justice or injustice. Students respond to discussion prompts about the jury verdict and whether the jury's decision was inevitable, which invites reasoning about causes and fairness. Students create a found poem using words and phrases taken directly from the Jim Crow law texts, engaging directly with historical evidence.

Students are asked to identify examples from the book where innocence is threatened or destroyed and to "express your thoughts about the communication of this theme throughout the book," which requires citing events such as Tom Robinson's death and Boo Radley's mistreatment. Discussion questions ask students to explain quotes (e.g., why law failed Tom Robinson) and to evaluate Scout's comparison of Hitler and the African-American experience, prompting students to use textual events and reasoning to support their answers. The activity prompts and answer key list specific textual examples students might use as evidence (Scout's shame, Atticus being scorned, Tom Robinson being falsely accused and shot).

Students are asked to keep a running list of similarities and differences between the novel and the film as they watch, which requires citing specific scenes and details from both sources. The student activity questions prompt students to explain "What do you think were the biggest changes made to the novel in the film? Why do you think those changes were made? Do you agree with the director's decisions?", requiring students to give reasons tied to evidence from the text and film. The compare-and-contrast prompts (e.g., setting, character portrayals, director's use of lighting/music/camera) ask students to analyze specific film techniques and relate them to the novel's content.

Students must plan an oral presentation that includes claims about historical context, characters, plot, and themes and are instructed to use text evidence and powerful quotations on slides. The rubric and study guide require students to support judgments through references to the text (and other works or personal knowledge), to choose direct quotations, paraphrase passages, and give book examples to support theme claims. The unit test asks students to name historical terms and give examples from the novel and to provide three examples showing how a theme is developed.

Students are asked to "do the necessary research" and to "cite your research sources properly," and both final project options require research using primary sources. The National History Day rubric explicitly asks students to identify research sources and include primary and secondary sources. The illustrated essay instructions require students to write paragraphs based on their own research explaining how a technology improved on earlier options and how it changed America, and the brainstorming and "Choosing a Topic" pages require students to list websites and sources to use.

Students plot and analyze population data drawn from the US Census Bureau (Activity 1) by creating line graphs that show changes for 10 cities and identifying steeply rising or falling trends. Students compute each city's percent of the U.S. population for 1950 and 2010 and map those percentages and changes (Activity 2), using numerical calculations as evidence. Students read credible background sources (NPR on the 1965 law and a CFR backgrounder) and explicitly take notes on differing viewpoints before writing short position pieces (Activities 3 and 4).

Students are directed to read articles from the U.S. State Department about Nixon, Carter, Reagan, and Bush and to use those readings to complete the activity page summarizing each president's foreign policy. For the final project (Option 1), students must research and write a draft paragraph that explains how a technology improved earlier options and changed America, and they are explicitly told to cite their sources properly using the provided Citation Builder. The National History Day option directs students to consult contest rules and theme pages and to save research notes, implying use of external, named resources for their project.

Students are asked to read and watch primary sources (presidential speeches, Watergate and Iran-Contra addresses, PBS/Oyez case pages) and then analyze them (Activity 1 asks students to note a powerful sentence from each speech and explain whether they agree; Activity 2 asks students to identify accusations and how presidents addressed them). The Landmark Court Cases activity directs students to read linked credible summaries and write a short summary, describe the court's decision, and explain who would support or oppose the ruling. Activity 4 explicitly instructs students to "conduct a search for reliable news sources," familiarize themselves with different positions, pick a side on an environmental issue, and create a persuasive design based on that position.

The Annotated Bibliography activity asks students to identify three primary and five secondary sources, describe what each source covers, explain how each will help their research, and record correct MLA citations using a Citation Builder. The final project (illustrated essay) requires students to write paragraphs that summarize a technology's development, explain how it improved on earlier options, analyze how it changed America, and cite sources properly. Multiple activities (Emerging Technologies, Generations and Technology, Space Age Technology, and the moon-landing diary) require students to research using provided web links and to justify rankings or reactions with real-life examples and explanations.

Students read a History.com article about the 9/11 attacks and answer specific factual questions, demonstrating use of a credible secondary source. Students interview an adult and write a 5–10 sentence reaction paper, using a firsthand account as evidence to explain personal understanding. Students examine artifact records and supporting documents from the Smithsonian, 9/11 Memorial, and National Geographic and create a poster that interprets each artifact and explains how it helped them understand the events.

Students analyze national enrollment data from the National Center for Education Statistics in Activity 1, create a graph of that data, calculate percentages for 1970/1990/2010, and are asked to explain what changes might account for shifts in enrollment. In Option 1 (Illustrated Essay) students must research and write a paragraph explaining the development of a technology, how it improved on earlier options, and how it changed America, and they are instructed to cite their sources properly. The lesson provides a named credible data source (NCES) and a link to a graphing tool, and it directs students to use encyclopedias, internet research, videos, and library books as sources for their writing.

Students are instructed to include appropriate citations for each paragraph of their illustrated essay, which requires them to document sources. Students must write a short process paper answering "How did you choose your topic?" and "What is your plan for research?", prompting them to plan and record research steps. The project materials and accompanying image show students gathering, analyzing, organizing, and arranging information chronologically, and students assemble work from previous lessons to support their final product.

Students are instructed to research five health/beauty products, writing down product names and any claims from packaging or commercials and marking claims that seem feasible versus outlandish. Students compare each product to other similar, lower-cost products, recording "Other Similar Products That Cost Less" on the activity page. Students evaluate fads by listing positives, negatives, and whether the fad was a waste of money, which requires them to identify consequences and weigh costs and benefits.

Students are directed to read information in articles at specified web links and answer content questions, exposing them to external sources. Students are asked to research one of the five most common chronic diseases and make a public awareness poster listing at least four prevention actions. Students view example PSAs and create their own PSA on a teen health issue, which can draw on information from the readings and research.

Students are directed to watch named videos and read specific web articles (NIDA, CDC, KidsHealth, cancer.org, HealthyChildren.org, and an online booklet) and to take notes on the characteristics and effects of various drugs using the Student Activity Page. Students are asked to produce persuasive products — a one-minute PSA, an imaginary email to convince a cousin not to smoke, a poster outlining dangers of chewing tobacco, and a list of five reasons teens should avoid alcohol — that require giving reasons for claims about harms. The activity instructions and answer key provide factual claims and effects (short- and long-term harms) that students can use as evidence.

Students collect quantitative data by keeping a 3-day food journal and totaling servings by category. Students interpret and use numeric information from nutrition facts panels (calculating calories, fat grams, % Daily Value) and compute BMI using the given formula and CDC percentile charts. Students are directed to use credible sites (ChooseMyPlate.gov and CDC BMI charts) to determine recommended portions and weight-status categories. Students prepare a 10–12 minute lesson in which they must explain the food pyramid, BMI calculation, and how to interpret food labels.

Students read Longfellow's "Paul Revere's Ride" and Paul Revere's first-person account and are instructed to mark phrases or lines they find effective. Students complete a Venn diagram comparing the poem and Revere's account, noting similarities and differences in content, use of literary language, and details. An optional extension directs students to a US News article about Longfellow's inaccuracies, asking them to consider how factual errors affect reading or appreciation.

Students are asked to identify and mark patterns of unstressed and stressed syllables and to determine whether a poem uses iambic pentameter and is a sonnet (Student Activity Question 1). Students compare rhyme schemes and structure (e.g., noting ABBA vs Shakespearean ABAB CDCD EFEF GG) when explaining how Longfellow's poem differs from a traditional Shakespearean sonnet (Question 3). Students analyze "John Henry" to explain why it functions as a ballad (Question 4). The lesson provides direct primary-text sources (Longfellow, Poetry Foundation links) that students read and use to support their answers.

Students read an excerpt from Poe's essay "The Poetic Principle" and the Poetry Foundation page, and Option 1 asks them to state "According to Poe, what should poetry focus on?" Students must also "record at least one line from two different poems by Poe that, in your opinion, demonstrates that focus," which requires using lines from primary texts as evidence. The activity provides lines and space for written responses where students link those poem lines to Poe's stated idea.

Students are asked to explain interpretations using textual details (e.g., Question 1 asks why Holmes's poem inspired people and the answer cites imagery, emotion, and punctuation as evidence). Students analyze mood and author choices with evidence from the text (Question 2 identifies words like "horror," "crashing," and specific images to justify a depressing mood). Activity 1 directs students to summarize literal meaning and develop symbolic meanings using figurative language and allusions, and it explicitly notes that "you may have to do a little research to find these." Activity 3 requires students to identify comma uses and explain why the poet omitted or placed punctuation, asking for justification tied to specific lines.

Students are asked to analyze a chosen poem using the Poem Analysis page, which requires them to identify rhyme scheme, sound devices, figurative language, imagery, tone/mood, and literal vs. symbolic meaning with space for examples. Specific questions and the student activity ask students to read the poem several times, answer "How do you know?" (e.g., classify 'Casey at the Bat' as a narrative poem and justify it by noting story elements), and provide examples from the text for listed devices. The activity also instructs students not to look up others' analyses, directing them to support their interpretations from the poem itself.

Students read multiple poems and answer analytical questions that require explanation (e.g., QUESTION #3 asks for the poem's symbolic meaning and QUESTION #4 asks students to figure out and explain the rhyme scheme and how chain rhyme works). Students analyze punctuation in poems and explain effects (Activity 3 asks students to analyze hyphens and dashes in specific poem lines and to explain the effect of dashes in Emily Dickinson's poem). Students consult a credible external source (the Guggenheim Cubism web link) and compare Cubist artworks to Gertrude Stein's poem as part of a visual-response activity.

Students are asked to answer analytic questions that require explanation and comparison (e.g., how Sandburg's "Chicago" is similar to Whitman, the contrast in "Euclid" and "When I Heard the Learn'd Astronomer", and whether a poem functions as an elegy), which prompts them to support claims about poems with reasons drawn from the texts. The student activity asks students to compare how closely two villanelles adhere to formal rules, requiring them to cite rhyme and refrain patterns as evidence. The lesson also directs students to look up unfamiliar references ("Euclid") and provides links to external poetry sources, encouraging students to consult outside materials when forming answers.

Students are asked to reread poems, underline phrases or images that strike them, and answer interpretive questions (e.g., describe Prufrock using poem details; explain lines from "Poetry" and "Ars Poetica"). The student activity pages prompt students to choose a phrase or image they marked as effective and explain why, and to compare which poem they liked better and why. The Prufrock question and nostalgic reading of Claude McKay explicitly direct students to base answers on details from the text.

Students read multiple poems via provided credible web links (Poetry Foundation, Academy of American Poets, poets.org) and are asked to read at least two additional poems by a chosen poet. Students complete a Poet Research sheet by gathering biographical details, influences, and types of poetry, and they answer questions comparing poems and describing which poem they found most effective and why. These activities require students to use information from texts and websites to support their responses about poets and poems.