Integrate Information From Several Texts
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5th Grade ELA › Integrate Information From Several Texts
Read Texts 1–3 about saving energy at home.
Text 1: Heating and Cooling Choices (Evelyn Scott, “Home Energy Guide,” 2024)
Heating and cooling can use a lot of energy in a home. In winter, warm air can leak out through gaps around doors and windows. In summer, hot air can enter the same gaps. Using weather stripping, closing curtains on very hot days, and setting the thermostat a few degrees lower or higher can reduce energy use. Some families use fans to move air so they can set the air conditioner a bit warmer. These small changes can add up over time.
Text 2: Lighting and Appliances (Hector Ruiz, “Power Smart,” 2023)
Lights and appliances also affect energy use. LED bulbs use less electricity than older bulbs and can last longer. Unplugging chargers when not in use can help because some devices still draw power. Running a dishwasher or washing machine with full loads saves energy compared to many small loads. Using the cold-water setting for laundry can also reduce energy because heating water takes power.
Text 3: Understanding Energy Labels (Grace Lin, “Consumer Science,” 2025)
Some products have energy labels that help shoppers compare efficiency. An efficient appliance does the same job while using less electricity. Labels may show estimated yearly energy use, which helps families predict costs. When choosing between two similar refrigerators, for example, the one with lower yearly energy use may save money over time, even if it costs more at first. Reading labels helps people make choices based on long-term savings.
Which statement best integrates ideas from all three texts about reducing energy use at home?
Families can save energy by improving heating and cooling habits, using efficient lighting and appliance routines, and choosing products with helpful energy labels.
The only way to save energy is to unplug every appliance, even refrigerators.
Energy labels are mainly used to show a product’s color and style, not energy use.
Heating and cooling do not affect energy use, so families should focus only on laundry.
Explanation
This question assesses CCSS.RI.5.9: integrating information from several texts on the same topic in order to write or speak about the subject knowledgeably. Text 1 focuses on heating/cooling and provides information about reducing energy loss through weather stripping, curtain use, and thermostat adjustments. Text 2 focuses on lighting/appliances and provides information about using LED bulbs, unplugging devices, running full loads, and using cold water. Text 3 focuses on energy labels and provides information about how to compare products and make choices based on long-term efficiency. Together, the texts provide a comprehensive understanding of home energy savings because each addresses a different category of energy use and provides specific strategies. Choice A is correct because it accurately synthesizes information from all three texts: families can improve heating/cooling habits (Text 1), use efficient lighting and appliance routines (Text 2), and choose products with helpful energy labels (Text 3). This demonstrates the student successfully combined complementary strategies from different areas of home energy use. Choice B represents extreme overgeneralization error because it suggests unplugging 'every appliance, even refrigerators,' which goes beyond reasonable advice and would be impractical. Students who select this may have taken the unplugging advice from Text 2 to an illogical extreme. To help students integrate information from multiple texts: (1) Teach systematic reading: Read all texts, categorizing energy-saving strategies by area. (2) Use graphic organizers: Create a house diagram marking strategies for different rooms/systems. (3) Model synthesis thinking: 'Text 1 tells me to seal leaks and adjust temperature. Text 2 tells me to use efficient bulbs and full loads. Text 3 tells me to compare labels when buying. Together, families have many ways to save.' (4) Practice identifying text relationships: These texts show different aspects of the same goal (energy conservation). (5) Use checklists organizing strategies by effort level or cost. (6) Practice combining reasonable strategies without going to extremes. Common difficulties: Students often focus on one category of savings without recognizing the comprehensive approach, or they may take one strategy to an impractical extreme. Explicitly teach that integration means combining multiple reasonable strategies from different areas for maximum benefit, not taking any single strategy to an extreme.
Text 1: "Camouflage: Hiding in Plain Sight" J. Sofia, Animal Adaptations, 2023
Camouflage helps animals blend into their surroundings. A stick insect looks like a twig, which makes it hard for predators to spot. Some animals change color with the seasons. For example, the Arctic hare has brown fur in summer and white fur in winter. Camouflage can also help predators. A tiger’s stripes break up its outline in tall grass, helping it sneak closer to prey. Camouflage works best when an animal’s colors and patterns match the place it lives.
Text 2: "Migration: Moving to Survive" R. Jamal, Wildlife Journeys, 2022
Migration is when animals travel from one place to another during certain seasons. Many birds migrate to find warmer weather and more food. Some whales migrate to reach safe breeding areas. Migration can be risky because animals must cross long distances and face storms or predators. Still, migration helps animals survive when their home area becomes too cold or when food becomes scarce. Animals often use the sun, stars, and Earth’s magnetic field to help guide their journeys.
Text 3: "Hibernation: Saving Energy" L. Novak, Winter Science, 2024
Hibernation is a deep rest that helps some animals survive winter. During hibernation, an animal’s body temperature and heart rate drop. This saves energy when food is hard to find. Bears, bats, and some frogs hibernate, but they do it in different ways. Some animals store fat before winter to use as energy. Others find protected places, like caves or burrows. Hibernation is not sleep every night; it lasts for weeks or months.
How are the survival strategies in Texts 1, 2, and 3 related?
They are unrelated, because camouflage helps only prey, migration helps only plants, and hibernation helps only insects.
They are all ways animals avoid predators and harsh conditions, either by hiding, moving to new places, or using less energy.
They are all ways animals build nests, because all animals must nest in winter.
They are all types of plant growth that help leaves get more sunlight.
Explanation
This question assesses CCSS.RI.5.9: integrating information from several texts on the same topic in order to write or speak about the subject knowledgeably. Text 1 focuses on camouflage and explains how animals blend into surroundings to avoid detection by predators or sneak up on prey. Text 2 focuses on migration and describes how animals travel seasonally to find better conditions for food and breeding. Text 3 focuses on hibernation and explains how animals enter deep rest to conserve energy when resources are scarce. Together, the texts provide a comprehensive understanding of animal survival strategies because each describes a different adaptation for dealing with environmental challenges. Choice A is correct because it accurately synthesizes the common theme from all three texts: all are survival strategies where animals avoid threats or harsh conditions through hiding (camouflage), relocating (migration), or conserving energy (hibernation). This demonstrates the student successfully combined information to recognize the unifying concept of survival adaptations across different strategies. Choice D represents misconnected information because it incorrectly limits each strategy (camouflage helps predators too, migration helps many animals not plants, hibernation helps mammals not just insects), showing the student didn't integrate information from within each text. To help students integrate information from multiple texts: (1) Teach systematic reading: Read all texts, asking 'What problem does this adaptation solve?' (2) Use graphic organizers: Create a chart with columns for 'Adaptation,' 'How it Works,' and 'Problem it Solves,' then look for patterns. (3) Model synthesis thinking: 'Camouflage helps animals hide from danger. Migration helps animals escape harsh conditions. Hibernation helps animals survive resource scarcity. All three are ways animals adapt to survive challenges.' (4) Practice identifying text relationships: These texts describe different examples of the same concept (survival adaptations). (5) Use a concept map with 'Survival Strategies' in the center and branches to each adaptation. Common difficulties: Students often see these as unrelated animal behaviors rather than recognizing the common theme of survival, or they focus on differences without seeing the unifying concept. Explicitly teach that integration means finding the big idea that connects different examples - here, all three are evolutionary adaptations that help animals survive environmental challenges through different mechanisms.
Read Texts 1–3 about animal adaptations.
Text 1: Camouflage—Hiding in Plain Sight (Amir Hassan, “Nature Notebook,” 2023)
Camouflage helps animals blend into their surroundings so predators or prey have a harder time seeing them. A snowshoe hare’s fur turns white in winter, matching snow. In summer, its fur becomes brown, matching soil and plants. Some insects look like leaves or sticks. Camouflage works best when an animal stays still and chooses a background that matches its colors or patterns. If the habitat changes quickly, camouflage may not work as well.
Text 2: Migration—Moving to Survive (Yuki Tanaka, “Animal Journeys,” 2024)
Migration is when animals travel from one place to another during certain seasons. Many birds migrate to find food and warmer weather. Some whales migrate to reach safe places to have their babies. Migration takes energy, so animals often store fat before traveling. They may use the Sun, stars, landmarks, or Earth’s magnetic field to help them navigate. When habitats along migration routes are damaged, migration becomes harder.
Text 3: Hibernation—Saving Energy (Emma Carter, “Wildlife Watch,” 2025)
Hibernation is a deep rest that helps some animals survive winter when food is scarce. During hibernation, an animal’s heart rate and breathing slow down. This saves energy, so the animal can live off stored body fat. Bears, bats, and some ground squirrels hibernate, but not all animals do. Some animals use lighter forms of winter sleep, waking up more often. If winter becomes warmer, animals may wake too early and struggle to find food.
Based on Texts 1, 2, and 3, what can you conclude about why animals use different adaptations?
Migration is mainly used to help animals change color during winter.
Hibernation helps animals travel long distances without using energy.
Animals use different adaptations to survive challenges like predators, cold weather, and finding food at certain times.
All animals use camouflage, migration, and hibernation every year.
Explanation
This question assesses CCSS.RI.5.9: integrating information from several texts on the same topic in order to write or speak about the subject knowledgeably. Text 1 focuses on camouflage and provides information about how animals blend into surroundings to avoid predators or catch prey. Text 2 focuses on migration and provides information about how animals travel seasonally to find food, warmer weather, or safe breeding places. Text 3 focuses on hibernation and provides information about how animals enter deep rest to survive winter when food is scarce. Together, the texts provide a comprehensive understanding of animal adaptations because each describes a different survival strategy that addresses different environmental challenges. Choice A is correct because it accurately synthesizes information from all three texts: camouflage helps with predators (Text 1), migration helps find food and warmth at certain times (Text 2), and hibernation helps survive cold weather and food scarcity (Text 3). This demonstrates the student successfully combined complementary information to understand that animals use different adaptations for different survival challenges. Choice B represents overgeneralization error because it claims 'all animals' use all three adaptations, which the texts do not support - each text describes specific animals using specific adaptations. Students who select this may have made conclusions beyond what texts support. To help students integrate information from multiple texts: (1) Teach systematic reading: Read all texts, noting what each adaptation does. (2) Use graphic organizers: Create a chart with columns for 'Adaptation,' 'Purpose,' and 'Challenge it Solves.' (3) Model synthesis thinking: 'Text 1 tells me camouflage hides animals. Text 2 tells me migration helps find resources. Text 3 tells me hibernation saves energy. Together, this means animals have different tools for different problems.' (4) Practice identifying text relationships: These texts show different strategies for the same goal (survival). (5) Use Venn diagrams to compare what challenges each adaptation addresses. (6) Practice distinguishing between 'some animals' and 'all animals' when synthesizing. Common difficulties: Students often overgeneralize by assuming all animals use all adaptations, or they focus on one adaptation without recognizing how different adaptations solve different problems. Explicitly teach that integration means understanding the variety of solutions nature provides for different challenges.
Text 1: "Producers: The Food Chain Starts Here" M. Chen, Nature Notebook, 2022
In an ecosystem, producers are living things that make their own food. Most producers are plants, but algae can be producers too. Producers use sunlight, water, and carbon dioxide to make sugar in a process called photosynthesis. This sugar stores energy. When an animal eats a plant, the animal gets some of that stored energy. Producers also provide oxygen as a helpful byproduct of photosynthesis. Without producers, most ecosystems would not have enough energy for other living things to survive.
Text 2: "Consumers: Eating for Energy" S. Rivera, Wild World Magazine, 2023
Consumers cannot make their own food, so they must eat other organisms. Herbivores, like rabbits, eat plants. Carnivores, like hawks, eat other animals. Omnivores, like bears, eat both plants and animals. When consumers eat, they get energy and nutrients. Some consumers are predators, while others are scavengers that eat animals that are already dead. Consumers depend on producers directly or indirectly, because even carnivores rely on animals that once ate plants.
Text 3: "Decomposers: Nature’s Recyclers" A. Williams, Earth Science Kids, 2024
Decomposers break down dead plants and animals. Fungi, bacteria, and some insects act as decomposers. As they break down remains, they return nutrients to the soil and water. Those nutrients help plants grow, which supports the whole ecosystem. Decomposers also break down waste, like fallen leaves. Without decomposers, dead matter would pile up, and nutrients would stay locked inside it. Ecosystems need decomposers to keep materials moving in a cycle.
How do the roles in Texts 1, 2, and 3 connect to keep energy and nutrients moving in an ecosystem?
Producers recycle nutrients, consumers make sunlight, and decomposers create wind for plants.
Producers capture energy from sunlight, consumers pass that energy through eating, and decomposers return nutrients so producers can grow again.
Decomposers provide most of the ecosystem’s sunlight, which allows consumers to hunt at night.
Consumers start the food chain by making sugar, and producers depend on decomposers for oxygen.
Explanation
This question assesses CCSS.RI.5.9: integrating information from several texts on the same topic in order to write or speak about the subject knowledgeably. Text 1 focuses on producers and explains how they capture energy from sunlight through photosynthesis to make sugar. Text 2 focuses on consumers and describes how they obtain energy by eating other organisms (plants or animals). Text 3 focuses on decomposers and explains how they break down dead matter to return nutrients to soil for producers. Together, the texts provide a comprehensive understanding of ecosystem energy flow because each describes a different but connected role: producers start the energy chain, consumers pass it along, and decomposers recycle nutrients. Choice B is correct because it accurately synthesizes information from all three texts: producers capture solar energy (Text 1), consumers get that energy through eating (Text 2), and decomposers return nutrients so the cycle continues (Text 3). This demonstrates the student successfully combined complementary information to understand the complete energy and nutrient cycle. Choice A represents misconnected information because it incorrectly states that consumers make sunlight and decomposers create wind - students selecting this may have confused the roles or not carefully read all texts. To help students integrate information from multiple texts: (1) Teach systematic reading: Read all texts, noting each organism's role. (2) Use graphic organizers: Create a cycle diagram showing energy flow from sun → producers → consumers → decomposers → nutrients back to producers. (3) Model synthesis thinking: 'Producers capture sunlight energy. Consumers get that energy by eating. Decomposers return nutrients. Together, this creates a continuous cycle.' (4) Practice identifying text relationships: These texts describe different components of the same system, each essential for the whole. (5) Use arrows to show connections between texts. Common difficulties: Students often memorize each role separately without seeing how they connect, or they confuse which organisms perform which functions. Explicitly teach that integration means understanding how each part contributes to the whole system - energy flows one way (sun to producers to consumers) while nutrients cycle back through decomposers.
Text 1: "Inside the Computer: Hardware" C. Yuki, Tech Basics, 2023
Hardware is the physical parts of a computer that you can touch. It includes the keyboard, screen, and mouse. Inside the computer are important parts too, such as the processor and memory. The processor is like the brain because it follows instructions and makes decisions quickly. Memory helps the computer keep information ready to use. Storage devices, like solid-state drives, save files even when the computer is turned off. Hardware must work correctly for a computer to run programs and store information.
Text 2: "Software: The Instructions" M. Carlos, Digital Skills for Kids, 2022
Software is a set of instructions that tells hardware what to do. An operating system helps the computer run and lets you open apps. Apps are programs that help you do tasks, like writing a report or creating a slideshow. Software can be updated to fix problems or add features. Without software, hardware would not know which steps to follow. People choose software based on what they need the computer to do.
Text 3: "The Internet: Connecting Devices" K. Amir, Connected World, 2024
The internet is a network that connects many computers and devices. When a device goes online, it can send and receive data. People use the internet to search for information, stream videos, and communicate. A router helps connect devices in a home or school to the internet. Websites are stored on computers called servers, which send information to users. A fast connection can make online activities smoother, but safe habits are also important.
Which statement best integrates information from Texts 1, 2, and 3 about how computers help people?
Hardware provides the parts, software provides instructions for tasks, and the internet connects devices so people can share and find information.
Computers help people only when they are offline, because the internet stops software from working.
A router replaces the processor and memory, so computers do not need hardware if they have Wi-Fi.
Software is the physical keyboard and screen, while hardware is the apps people download.
Explanation
This question assesses CCSS.RI.5.9: integrating information from several texts on the same topic in order to write or speak about the subject knowledgeably. Text 1 focuses on computer hardware and explains the physical components like processors, memory, and storage devices. Text 2 focuses on software and describes how programs provide instructions that tell hardware what to do. Text 3 focuses on the internet and explains how it connects devices to share and access information globally. Together, the texts provide a comprehensive understanding of computer systems because each describes an essential layer: physical components, instructions, and connectivity. Choice B is correct because it accurately synthesizes information from all three texts: hardware provides the physical foundation (Text 1), software gives instructions for specific tasks (Text 2), and the internet enables connection and information sharing (Text 3). This demonstrates the student successfully combined complementary information to understand how all three components work together to help people. Choice C represents misconnected information because it reverses the definitions of hardware and software, showing the student confused the basic concepts from Texts 1 and 2. To help students integrate information from multiple texts: (1) Teach systematic reading: Read all texts, identifying what role each component plays. (2) Use graphic organizers: Create a layered diagram showing hardware as the base, software as the middle layer providing instructions, and internet as the connecting layer on top. (3) Model synthesis thinking: 'Hardware is like the body of a computer. Software is like the brain giving instructions. Internet is like the nervous system connecting to other computers. All three must work together.' (4) Practice identifying text relationships: These texts describe different components of the same system, each essential for full functionality. (5) Use analogies to clarify relationships between components. Common difficulties: Students often confuse hardware and software, or they see these as separate rather than interdependent parts of a system. Explicitly teach that integration means understanding how components work together - hardware alone can't function without software instructions, software needs hardware to run on, and the internet extends capabilities by connecting systems, creating a complete tool for human use.
Text 1: "Why Plants Need Water" N. Shah, Plant Science Monthly, 2023
Plants need water for several reasons. Water helps carry nutrients from the soil into the plant’s roots. It also helps keep plant cells firm, which supports stems and leaves. In addition, water is used in photosynthesis, the process plants use to make sugar. When water is limited, plants may droop or stop growing. Some plants have special ways to save water, such as waxy leaves or deep roots. Even with adaptations, most plants still need regular water to stay healthy.
Text 2: "Sunlight and Plant Growth" D. Lewis, Classroom Botany, 2022
Sunlight provides energy for photosynthesis. Plants use light to change water and carbon dioxide into sugar. Different plants need different amounts of light. Grass and many garden vegetables grow best in full sun. Ferns and some forest plants can survive in shade. When a plant does not get enough light, it may grow tall and weak as it stretches toward a brighter place. Farmers and gardeners often plan where to plant based on how much sunlight an area receives.
Text 3: "Soil Nutrients and Roots" P. Okafor, Growing Smarter, 2024
Soil is more than dirt. It contains nutrients like nitrogen, phosphorus, and potassium. Plants absorb these nutrients through roots. Healthy soil also has tiny organisms that help break down dead matter, adding nutrients back into the soil. If soil lacks nutrients, plants may have yellow leaves or slow growth. People can improve soil by adding compost, which is made from decomposed food scraps and yard waste. Compost helps soil hold water and provides nutrients over time.
A student wants to explain what plants need to grow well. Which statement best integrates information from all three texts?
Plants can grow without sunlight as long as they have compost and deep roots.
Plants need only water, because water already contains all nutrients and energy.
Plants mainly need strong wind, because wind pushes nutrients into leaves.
Plants grow well when they get water to move nutrients and support cells, sunlight for photosynthesis, and nutrient-rich soil that roots can absorb from.
Explanation
This question assesses CCSS.RI.5.9: integrating information from several texts on the same topic in order to write or speak about the subject knowledgeably. Text 1 focuses on water's role in plant growth, explaining how it transports nutrients, supports cell structure, and enables photosynthesis. Text 2 focuses on sunlight's importance, describing how light provides energy for photosynthesis to create sugar. Text 3 focuses on soil nutrients, explaining how roots absorb essential elements like nitrogen and phosphorus from healthy soil. Together, the texts provide a comprehensive understanding of plant needs because each describes a different essential requirement that plants cannot thrive without. Choice B is correct because it accurately synthesizes information from all three texts: water for nutrient transport and cell support (Text 1), sunlight for photosynthesis energy (Text 2), and nutrient-rich soil for root absorption (Text 3). This demonstrates the student successfully combined complementary information to understand that plants need all three elements working together. Choice D represents single-text thinking because it claims plants need only water, ignoring the essential roles of sunlight and soil nutrients described in Texts 2 and 3. To help students integrate information from multiple texts: (1) Teach systematic reading: Read all texts, listing what each element provides to plants. (2) Use graphic organizers: Create a plant diagram with arrows showing water entering roots, sunlight hitting leaves, and nutrients coming from soil, labeling each with its function. (3) Model synthesis thinking: 'Water carries nutrients and keeps cells firm. Sunlight provides energy for making food. Soil provides nutrients. A plant needs ALL three because each does something different the others can't do.' (4) Practice identifying text relationships: These texts describe different components of the same system (plant growth requirements). (5) Use a three-circle Venn diagram to show how water, sunlight, and soil each contribute uniquely. Common difficulties: Students often think one element is most important rather than recognizing plants need all three, or they list requirements without explaining how they work together. Explicitly teach that integration means understanding how multiple factors combine - plants are like a puzzle where water, sunlight, and soil are all necessary pieces that work together to support healthy growth.
Text 1: "A Day in the Life of a Mayor" P. Reed, Community Leaders, 2022
A mayor is a leader of a city or town government. The mayor helps set goals for the community, such as improving parks or fixing roads. Mayors often work with a city council, which votes on local laws and budgets. The mayor may meet with community members to hear concerns. In some towns, the mayor also helps manage city departments, like public works. The exact duties can differ, but the mayor usually represents the community at events and helps guide decisions.
Text 2: "What City Councils Do" G. Wallace, Local Government Guide, 2023
A city council is a group of elected people who make decisions for a city. Council members discuss problems and propose solutions. They vote on rules, called ordinances, that can affect noise, safety, and public spaces. The council also approves how the city spends money. For example, they may decide how much to spend on libraries, road repairs, or after-school programs. Council meetings are often open to the public, so residents can learn what is being decided and sometimes share opinions.
Text 3: "Community Members Have a Role Too" R. Singh, Civics for Kids, 2024
Local government works best when residents participate. People can vote in local elections, attend meetings, and write to leaders about concerns. Volunteers can join neighborhood cleanups or help at community events. Some cities have youth councils, where students share ideas about parks, safety, or transportation. When many voices are included, leaders can make better choices for the whole community. Participation also helps residents understand why certain decisions are made.
To write a report explaining how a town makes local decisions, which statement best integrates information from Texts 1, 2, and 3?
City councils mainly control weather emergencies, while mayors only plan school lessons.
Local decisions are made when the mayor and city council work together on goals, laws, and budgets, and residents can influence decisions by voting and participating.
Residents participate by replacing the city council members during every meeting without elections.
Local decisions are made only by the mayor, and residents should not attend meetings.
Explanation
This question assesses CCSS.RI.5.9: integrating information from several texts on the same topic in order to write or speak about the subject knowledgeably. Text 1 focuses on the mayor's role and explains how mayors set community goals and work with city councils on decisions. Text 2 focuses on city councils and describes how these elected groups vote on local laws, ordinances, and budgets. Text 3 focuses on citizen participation and explains how residents influence government through voting, attending meetings, and volunteering. Together, the texts provide a comprehensive understanding of local governance because they show how different groups work together in the decision-making process. Choice B is correct because it accurately synthesizes information from all three texts: mayors and councils collaborate on goals, laws, and budgets (Texts 1 and 2), while residents can influence decisions through voting and participation (Text 3). This demonstrates the student successfully combined complementary information to understand local government as a collaborative system involving multiple stakeholders. Choice A represents partial integration because it incorrectly states only the mayor makes decisions and residents shouldn't attend meetings, contradicting information in Texts 2 and 3 about council votes and public participation. To help students integrate information from multiple texts: (1) Teach systematic reading: Read all texts, identifying each group's role in local government. (2) Use graphic organizers: Create a triangle showing mayor, city council, and residents, with arrows showing how they interact and influence each other. (3) Model synthesis thinking: 'The mayor provides leadership and goals. The council votes on laws and budgets. Residents participate through voting and meetings. Together, they make local government work.' (4) Practice identifying text relationships: These texts describe different participants in the same system, showing how they collaborate. (5) Role-play a city decision to show how all three groups contribute. Common difficulties: Students often see government roles as separate rather than interconnected, or they focus on one group without understanding how all work together. Explicitly teach that integration means understanding how different parts create a whole system - local government works through collaboration between elected officials and engaged citizens, with each group playing an essential role in democratic decision-making.
Text 1: "What Is Recycling?" A. Martinez, Clean Planet Kids, 2024
Recycling means collecting and processing used materials to make new products. Many communities recycle paper, cardboard, glass, metal, and some plastics. Recycling can save natural resources, because fewer new raw materials must be mined or cut down. It can also reduce how much trash goes to landfills. However, recycling works best when people sort items correctly. For example, greasy pizza boxes may not be accepted with clean paper. Some plastics are difficult to recycle, so communities may accept only certain types.
Text 2: "Composting at Home and School" H. Kim, The Green Classroom, 2023
Composting turns food scraps and yard waste into a dark, crumbly soil helper called compost. Fruit peels, vegetable scraps, leaves, and grass clippings can break down over time. Composting keeps organic waste out of landfills, where it would take up space. It also makes gardens healthier by improving soil and helping it hold water. Good compost needs a mix of “greens” (like food scraps) and “browns” (like dry leaves). Compost piles also need air, so turning the pile helps it break down faster.
Text 3: "Reducing Waste First" B. Owens, Waste Less Guide, 2022
The best way to manage waste is to create less of it. People can reduce waste by choosing reusable bottles, bags, and containers. Buying products with less packaging also helps. Repairing a backpack or toy can keep it out of the trash. Donating clothes gives them a second life. Reducing waste saves energy, because factories do not need to make as many new items. It can also save money for families and schools. Recycling and composting are helpful, but reducing waste often has the biggest impact.
Based on all the texts, what is the best conclusion about handling waste responsibly?
Recycling is the only responsible choice, because composting and reducing do not help landfills.
Sorting recycling correctly is unnecessary, because all materials can be recycled together.
Reducing waste, composting organic scraps, and recycling accepted materials each help in different ways, and using all three can lower trash.
Composting works only for plastics, while recycling works only for food scraps.
Explanation
This question assesses CCSS.RI.5.9: integrating information from several texts on the same topic in order to write or speak about the subject knowledgeably. Text 1 focuses on recycling and explains how it processes used materials into new products while noting the importance of proper sorting. Text 2 focuses on composting and describes how organic waste becomes soil amendment while reducing landfill burden. Text 3 focuses on waste reduction and emphasizes preventing waste creation through reusable items and mindful purchasing. Together, the texts provide a comprehensive understanding of waste management because each describes a different strategy that addresses different types of waste. Choice B is correct because it accurately synthesizes information from all three texts: reducing waste prevents its creation (Text 3), composting handles organic materials (Text 2), and recycling processes accepted materials (Text 1), with each method helping in different ways and the combination being most effective. This demonstrates the student successfully combined complementary information to understand that multiple strategies work better together than any single approach alone. Choice A represents single-text thinking because it claims recycling is the only responsible choice, ignoring the benefits of composting and reduction described in Texts 2 and 3. To help students integrate information from multiple texts: (1) Teach systematic reading: Read all texts, noting what type of waste each method handles. (2) Use graphic organizers: Create a waste hierarchy pyramid with 'Reduce' at top (most impactful), then 'Compost' and 'Recycle' below, using details from each text. (3) Model synthesis thinking: 'Reducing means creating less waste to begin with. Composting handles food and yard waste naturally. Recycling processes materials like paper and metal. Using all three means less goes to landfills.' (4) Practice identifying text relationships: These texts describe complementary strategies that work together as a system. (5) Create a flowchart showing how different waste types flow to different solutions. Common difficulties: Students often view these as competing options rather than complementary strategies, or they focus on one method without seeing how all three create a complete waste management approach. Explicitly teach that integration means recognizing how different solutions address different aspects of the same problem - together they form a comprehensive approach more effective than any single method.
Read Texts 1–3 about the rock cycle.
Text 1: Igneous Rocks—From Melted Rock (Benito Cruz, “Earth Facts,” 2023)
Igneous rocks form when melted rock cools and hardens. Melted rock below Earth’s surface is called magma. When magma cools slowly underground, it can form rocks with large crystals, like granite. When melted rock reaches the surface as lava and cools quickly, it forms smaller crystals, like basalt. Igneous rocks can later change into other rock types if they are broken down or buried and heated.
Text 2: Sedimentary Rocks—Layers Over Time (Harper Jones, “Geology for Kids,” 2024)
Sedimentary rocks form from pieces of rock, sand, shells, or mud that build up in layers. These pieces are called sediments. Over time, pressure from layers above squeezes sediments together. Minerals can act like glue and cement the pieces into solid rock. Sedimentary rocks often show visible layers, and they sometimes contain fossils. Water and wind can carry sediments to rivers, lakes, and oceans, where new layers form.
Text 3: Metamorphic Rocks—Changed by Heat and Pressure (Saanvi Iyer, “Planet Classroom,” 2025)
Metamorphic rocks form when existing rocks change due to heat and pressure. The rock does not melt, but its minerals can rearrange and form new patterns. For example, limestone can become marble, and shale can become slate. This change often happens deep underground where pressure is strong. Metamorphic rocks can later be lifted toward the surface, where weathering breaks them into sediments.
How do the texts together show that rock types can change over time in the rock cycle?
They show that rocks can form in different ways, and processes like cooling, layering, and heat and pressure can turn rocks into new types over time.
They show that fossils are found in all rocks because magma traps animals inside.
They show that metamorphic rocks only form at Earth’s surface where lava cools.
They show that each rock type forms once and never changes into another type.
Explanation
This question assesses CCSS.RI.5.9: integrating information from several texts on the same topic in order to write or speak about the subject knowledgeably. Text 1 focuses on igneous rocks and provides information about how they form from cooling magma/lava and can later change into other rock types. Text 2 focuses on sedimentary rocks and provides information about how they form from compressed layers of sediments, often containing fossils. Text 3 focuses on metamorphic rocks and provides information about how they form when existing rocks change due to heat and pressure, and can later weather into sediments. Together, the texts provide a comprehensive understanding of the rock cycle because each describes both how one rock type forms AND how it can transform into another type, showing the continuous cycle. Choice B is correct because it accurately synthesizes information from all three texts: rocks form in different ways (cooling for igneous, layering for sedimentary, heat/pressure for metamorphic), and processes can turn rocks into new types over time (Text 1 mentions igneous can change, Text 3 explains metamorphic can weather to sediments, Text 2 shows sediments form new rocks). This demonstrates the student successfully combined information to understand rocks continuously transform. Choice A represents contradicts texts error because it claims each rock type 'forms once and never changes,' which directly contradicts statements in Texts 1 and 3 about rocks changing into other types. Students who select this may have missed the transformation aspects mentioned in each text. To help students integrate information from multiple texts: (1) Teach systematic reading: Read all texts, noting both formation AND transformation information. (2) Use graphic organizers: Create a cycle diagram with arrows showing how each rock type can become another. (3) Model synthesis thinking: 'Text 1 tells me igneous rocks can change. Text 2 tells me sediments become rock. Text 3 tells me rocks weather to sediments. Together, this shows continuous transformation.' (4) Practice identifying text relationships: These texts show different stages of one continuous cycle. (5) Use visual cycles with arrows to show transformations between rock types. (6) Practice finding evidence of change in each text. Common difficulties: Students often focus only on how each rock type forms without noticing the transformation information, or they view rock types as permanent rather than changeable. Explicitly teach that integration means connecting the ending of one process (weathering of metamorphic) to the beginning of another (sediment formation), revealing the cyclical nature.
Read Texts 1–3 about renewable energy.
Text 1: Solar Power—Turning Sunlight into Electricity (Maya Lopez, “Science Weekly Kids,” 2025)
Solar panels are made of special materials that capture sunlight. When sunlight hits the panel, it creates an electric current. This happens because tiny particles inside the panel move and carry energy. Solar panels work best on clear, sunny days, but they can still make some electricity when it is cloudy. Many homes and schools place panels on rooftops to save space. Solar energy does not create smoke while it runs. However, panels cost money to buy and install. Some families use fewer panels and still lower their electric bills.
Text 2: Wind Power—Using Moving Air (Jamal Reed, “Energy Explorers,” 2024)
Wind turbines are tall machines with long blades. Wind pushes the blades, making them spin. The spinning turns a generator that produces electricity. Turbines are often built in open areas, like plains or near the ocean, where winds are steady. Wind power can make a lot of electricity on windy days, but it makes less when the air is calm. Turbines do not burn fuel, so they do not release air pollution while running. People must also plan turbine locations carefully so they are safe for nearby communities.
Text 3: Hydropower—Energy from Flowing Water (Chen Park, “Earth & Energy,” 2023)
Hydropower uses moving water to make electricity. In many places, a dam is built across a river to create a reservoir. When water is released, it rushes through turbines, causing them to spin. Hydropower can produce steady electricity because water can be stored and released when needed. Still, dams can change river habitats by slowing water and blocking fish from swimming upstream. Some newer projects use smaller systems in rivers without large reservoirs to reduce habitat changes.
Based on all the texts, which statement best integrates information from Texts 1, 2, and 3 about renewable energy?
Solar panels can only produce electricity on perfectly clear days with no clouds.
Solar, wind, and hydropower all make electricity without burning fuel, but each depends on a natural condition like sun, wind, or flowing water.
Wind turbines work best in cities because tall buildings speed up the wind between streets.
Hydropower is always the least expensive choice because dams are simple to build.
Explanation
This question assesses CCSS.RI.5.9: integrating information from several texts on the same topic in order to write or speak about the subject knowledgeably. Text 1 focuses on solar power and provides information about how solar panels work, their benefits (no smoke/pollution), and limitations (cost, weather dependency). Text 2 focuses on wind power and provides information about how turbines work, their benefits (no fuel burning), and limitations (wind dependency, location requirements). Text 3 focuses on hydropower and provides information about how dams/water flow create electricity, benefits (steady production), and limitations (habitat changes). Together, the texts provide a comprehensive understanding of renewable energy because each adds a different renewable source, but all share common themes: they generate electricity without burning fuel, they depend on natural conditions, and they have both advantages and limitations. Choice B is correct because it accurately synthesizes information from all three texts: solar panels need sun (Text 1), wind turbines need wind (Text 2), hydropower needs flowing water (Text 3), and all three make electricity without burning fuel (mentioned in all texts). This demonstrates the student successfully combined complementary information from different sources to form a more complete understanding than any single text provided. Choice A represents partial integration error because while hydropower can be steady, Text 3 never claims dams are 'simple to build' or that it's 'always' least expensive. Students who select this may have misread or overgeneralized from one text without checking against all sources. To help students integrate information from multiple texts: (1) Teach systematic reading: Read all texts, noting what each one focuses on. (2) Use graphic organizers: Create chart with row for each text asking 'What is this text's focus?' 'What information does it provide?' 'What questions does it answer?' Then add row for 'What do all texts together tell us?' (3) Model synthesis thinking: 'Text 1 tells me solar needs sun. Text 2 tells me wind needs wind. Text 3 tells me hydro needs water. Together, this means all renewable sources depend on natural conditions.' (4) Practice identifying text relationships: These texts show different examples of the same concept (renewable energy types). (5) Teach comparison matrices for noting similarities (all avoid burning fuel) and differences (different natural dependencies) across texts. Common difficulties: Students often answer using only one text without consulting others or don't recognize how texts complement each other by providing different examples of the same broader concept.