- Read the text. When rain falls on a hillside, it loosens soil. Because the soil is loose, water washes it downhill. As a result, tiny channels form in the ground. After many storms, the channels get deeper and turn into gullies. Finally, over many years, the land can become a valley. What caused the tiny channels to form?
Answer: Water washed loose soil downhill.
This question tests describing relationships between events, scientific concepts, or procedural steps (CCSS.RI.3.3: Describe the relationship between a series of historical events, scientific ideas or concepts, or steps in technical procedures in a text, using language that pertains to time, sequence, and cause/effect). Students must understand how events, ideas, or steps connect using relationship language. Relationships in informational texts show how events, concepts, or steps connect. Three main types: Time relationships (when things happened - before, after, during, while, at the same time), Sequential relationships (order - first, next, then, finally, last), Cause/Effect relationships (why things happen and what results - because, since, as a result, therefore, causes, leads to). Signal words help readers identify relationships. Understanding these relationships helps readers see how information is organized and connected, not just as isolated facts. In this passage, the content describes a scientific process of erosion on a hillside. The passage shows cause/effect and sequential relationships. Rain loosens soil, because it's loose water washes it downhill, as a result channels form, after many storms they deepen into gullies, finally land becomes a valley. Signal words like because, as a result, after, finally help show these connections. Choice B is correct because it identifies the cause of the channels forming. Water washing loose soil downhill caused channels because the passage explains 'Because the soil is loose, water washes it downhill. As a result, tiny channels form,' using signal words like because and as a result. The signal word 'as a result' in the passage shows this cause/effect relationship. Choice A is incorrect because it describes a final effect, not the cause of channels. This is the last step in the process, as shown by 'finally.' The question asks about the specific cause of channels forming. This error occurs when students confuse cause and effect or don't understand sequential order. To help students: Create anchor charts for signal words: Time (before, after, during, while, when, meanwhile), Sequence (first, next, then, finally, last), Cause/Effect (because, since, therefore, as a result, leads to, causes). Teach students to identify signal words while reading and ask 'What does this word tell me about how these ideas connect?' Use graphic organizers: timeline for historical events showing before/after, flowchart for sequential steps with arrows, cause/effect chain with boxes and arrows showing 'this causes that.' Model think-aloud: 'I see the word because - that tells me a reason is coming. So [cause] is what made [effect] happen.' Practice identifying relationships: Give passage and ask students to circle signal words and explain what relationship each shows. Use sentence frames: '[Event] happened before [event],' '[Step] is the first step because,' '[Cause] caused [effect].' Teach chronological order with timelines, adding events in sequence. For cause/effect, ask 'Why did this happen?' and 'What happened because of this?' Use real-world examples: recipes (sequence), daily routines (time), science experiments (cause/effect). Watch for: Students who don't notice signal words, confuse before/after, reverse cause and effect, can't identify order of steps, or list events without understanding connections. Provide explicit instruction in each relationship type with multiple examples from different content areas (history, science, procedures).
- What happened JUST BEFORE the rain or snow fell?
Answer: Water cooled and formed clouds.
The step right before rain or snow falls is when the water cools and forms clouds. Choice B is correct. Water collecting in rivers (Choice A) happens after, and warming (Choice C) and rising as vapor (Choice D) happen earlier, so they are not just before.
- Read the text. A butterfly starts as an egg on a leaf. After a few days, a caterpillar hatches and eats for several weeks. Next, it forms a chrysalis. Inside the chrysalis, it changes into a butterfly. Finally, after about two weeks, the adult butterfly comes out. Which event happened first?
Answer: An egg was laid on a leaf.
This question tests describing relationships between events, scientific concepts, or procedural steps (CCSS.RI.3.3: Describe the relationship between a series of historical events, scientific ideas or concepts, or steps in technical procedures in a text, using language that pertains to time, sequence, and cause/effect). Students must understand how events, ideas, or steps connect using relationship language. Relationships in informational texts show how events, concepts, or steps connect. Three main types: Time relationships (when things happened - before, after, during, while, at the same time), Sequential relationships (order - first, next, then, finally, last), Cause/Effect relationships (why things happen and what results - because, since, as a result, therefore, causes, leads to). Signal words help readers identify relationships. Understanding these relationships helps readers see how information is organized and connected, not just as isolated facts. In this passage, a scientific process of butterfly metamorphosis is described. The passage shows sequential relationships: starts as egg, after days caterpillar hatches, eats for weeks, next forms chrysalis, changes inside, finally butterfly comes out. Signal words like 'starts,' 'after,' 'next,' and 'finally' help show these connections. Choice C is correct because an egg being laid on a leaf happened first. The passage begins 'A butterfly starts as an egg on a leaf.' The word 'starts' clearly indicates this is the first event in the butterfly life cycle sequence. Choice A is incorrect because forming a chrysalis happens in the middle of the process, after hatching and eating. Choice B occurs at the very end as shown by 'Finally, after about two weeks, the adult butterfly comes out.' Choice D happens after hatching, not first. This error occurs when students don't recognize 'starts' as a signal word indicating the beginning of a sequence. To help students: Create anchor charts for signal words: Time (before, after, during, while, when, meanwhile), Sequence (first, next, then, finally, last), Cause/Effect (because, since, therefore, as a result, leads to, causes). Teach students to identify signal words while reading and ask 'What does this word tell me about how these ideas connect?' Use graphic organizers: timeline for historical events showing before/after, flowchart for sequential steps with arrows, cause/effect chain with boxes and arrows showing 'this causes that.' Model think-aloud: 'I see the word starts - that tells me this is the beginning. So the egg stage comes first.' Practice identifying relationships: Give passage and ask students to circle signal words and explain what relationship each shows. Use sentence frames: 'The butterfly begins as an egg,' 'The egg stage is first.' Teach chronological order with timelines, adding events in sequence. For cause/effect, ask 'Why did this happen?' and 'What happened because of this?' Use real-world examples: recipes (sequence), daily routines (time), science experiments (cause/effect). Watch for: Students who don't notice signal words, confuse before/after, reverse cause and effect, can't identify order of steps, or list events without understanding connections. Provide explicit instruction in each relationship type with multiple examples from different content areas (history, science, procedures).
- Read the text. Earth is tilted on its axis. Because of this tilt, different places get more direct sunlight at different times of year. When the Northern Hemisphere tilts toward the sun, it is summer there. At the same time, the Southern Hemisphere tilts away and has winter. As Earth orbits the sun, the seasons change. What caused the seasons to change?
Answer: Earth's tilt and its orbit around the sun.
This question tests describing relationships between events, scientific concepts, or procedural steps (CCSS.RI.3.3: Describe the relationship between a series of historical events, scientific ideas or concepts, or steps in technical procedures in a text, using language that pertains to time, sequence, and cause/effect). Students must understand how events, ideas, or steps connect using relationship language. Relationships in informational texts show how events, concepts, or steps connect. Three main types: Time relationships (when things happened - before, after, during, while, at the same time), Sequential relationships (order - first, next, then, finally, last), Cause/Effect relationships (why things happen and what results - because, since, as a result, therefore, causes, leads to). Signal words help readers identify relationships. Understanding these relationships helps readers see how information is organized and connected, not just as isolated facts. In this passage, a scientific concept about Earth's seasons is explained. The passage shows cause/effect relationships: Earth is tilted, because of tilt different places get different sunlight, when Northern Hemisphere tilts toward sun it's summer, as Earth orbits seasons change. Signal words like 'because of,' 'when,' and 'as' help show these connections. Choice A is correct because Earth's tilt and its orbit around the sun cause seasons to change. The passage states 'Because of this tilt, different places get more direct sunlight at different times of year' and 'As Earth orbits the sun, the seasons change.' These statements show both the tilt and orbital movement work together to cause seasonal changes. Choice B is incorrect because the moon doesn't block sunlight to cause seasons. Choice C is not mentioned and Earth doesn't get closer to stars. Choice D about clouds is not related to seasonal changes. This error occurs when students don't understand the cause/effect relationship or bring in misconceptions about seasons. To help students: Create anchor charts for signal words: Time (before, after, during, while, when, meanwhile), Sequence (first, next, then, finally, last), Cause/Effect (because, since, therefore, as a result, leads to, causes). Teach students to identify signal words while reading and ask 'What does this word tell me about how these ideas connect?' Use graphic organizers: timeline for historical events showing before/after, flowchart for sequential steps with arrows, cause/effect chain with boxes and arrows showing 'this causes that.' Model think-aloud: 'I see because of - that tells me the tilt causes something. Combined with as Earth orbits, I see two causes working together.' Practice identifying relationships: Give passage and ask students to circle signal words and explain what relationship each shows. Use sentence frames: 'Earth's tilt causes different amounts of sunlight,' 'Seasons change because Earth orbits while tilted.' Teach chronological order with timelines, adding events in sequence. For cause/effect, ask 'Why did this happen?' and 'What happened because of this?' Use real-world examples: recipes (sequence), daily routines (time), science experiments (cause/effect). Watch for: Students who don't notice signal words, confuse before/after, reverse cause and effect, can't identify order of steps, or list events without understanding connections. Provide explicit instruction in each relationship type with multiple examples from different content areas (history, science, procedures).
- What happened BEFORE the Wampanoag taught the Pilgrims to plant corn?
Answer: Many Pilgrims became sick during the first winter.
The text says the Pilgrims got sick during the first winter, which came before the Wampanoag taught them to plant corn in the spring. Choice B is correct. The feast (Choice A), the holiday (Choice C), and planting corn (Choice D) all happened after the Wampanoag helped them.
- Read the text. First, pour heavy cream into a jar and close the lid. Then shake the jar hard for about 10 minutes. Because of the shaking, the fat sticks together and butter forms. Next, pour off the liquid buttermilk. Finally, rinse the butter with cold water. What is the NEXT step after shaking the jar?
Answer: Pour off the liquid buttermilk.
This question tests describing relationships between events, scientific concepts, or procedural steps (CCSS.RI.3.3: Describe the relationship between a series of historical events, scientific ideas or concepts, or steps in technical procedures in a text, using language that pertains to time, sequence, and cause/effect). Students must understand how events, ideas, or steps connect using relationship language. Relationships in informational texts show how events, concepts, or steps connect. Three main types: Time relationships (when things happened - before, after, during, while, at the same time), Sequential relationships (order - first, next, then, finally, last), Cause/Effect relationships (why things happen and what results - because, since, as a result, therefore, causes, leads to). Signal words help readers identify relationships. Understanding these relationships helps readers see how information is organized and connected, not just as isolated facts. In this passage, the content describes a technical procedure for making butter. The passage shows sequential and cause/effect relationships. First pour cream into jar, then shake, because of shaking butter forms, next pour off buttermilk, finally rinse. Signal words like first, then, because, next, finally help show these connections. Choice B is correct because it is the next step after shaking. This is the next step in the process. The passage shows the order: shake then pour off buttermilk, using words like next. The signal word 'next' in the passage shows this sequential relationship. Choice C is incorrect because it is an earlier step, not after shaking. This reverses the order - pouring cream happened first, as shown by signal words like first. The question asks about the specific sequence after shaking. This error occurs when students confuse order or don't follow signal words. To help students: Create anchor charts for signal words: Time (before, after, during, while, when, meanwhile), Sequence (first, next, then, finally, last), Cause/Effect (because, since, therefore, as a result, leads to, causes). Teach students to identify signal words while reading and ask 'What does this word tell me about how these ideas connect?' Use graphic organizers: timeline for historical events showing before/after, flowchart for sequential steps with arrows, cause/effect chain with boxes and arrows showing 'this causes that.' Model think-aloud: 'I see the word because - that tells me a reason is coming. So [cause] is what made [effect] happen.' Practice identifying relationships: Give passage and ask students to circle signal words and explain what relationship each shows. Use sentence frames: '[Event] happened before [event],' '[Step] is the first step because,' '[Cause] caused [effect].' Teach chronological order with timelines, adding events in sequence. For cause/effect, ask 'Why did this happen?' and 'What happened because of this?' Use real-world examples: recipes (sequence), daily routines (time), science experiments (cause/effect). Watch for: Students who don't notice signal words, confuse before/after, reverse cause and effect, can't identify order of steps, or list events without understanding connections. Provide explicit instruction in each relationship type with multiple examples from different content areas (history, science, procedures).
- What was the result of the bus boycott?
Answer: The city changed the bus rules.
The text states that the city lost money and finally changed the bus rules, so Choice B is correct. Choice A contradicts the passage, since Rosa Parks did not give up her seat. Choice C contradicts the passage, which says people walked or carpooled instead of riding the buses. Choice D gives a false timeline, since the text says the boycott lasted over a year, not one week.
- Read the text. First, Mia put bread in the toaster. Then she pushed the lever down. After about 2 minutes, the bread popped up because it was heated. Next, she spread butter on the toast while it was still warm. Finally, she ate the toast. What was the result of heating the bread?
Answer: The bread popped up from the toaster
This question tests describing relationships between events, scientific concepts, or procedural steps (CCSS.RI.3.3: Describe the relationship between a series of historical events, scientific ideas or concepts, or steps in technical procedures in a text, using language that pertains to time, sequence, and cause/effect). Students must understand how events, ideas, or steps connect using relationship language. Relationships in informational texts show how events, concepts, or steps connect. Three main types: Time relationships (when things happened - before, after, during, while, at the same time), Sequential relationships (order - first, next, then, finally, last), Cause/Effect relationships (why things happen and what results - because, since, as a result, therefore, causes, leads to). Signal words help readers identify relationships. Understanding these relationships helps readers see how information is organized and connected, not just as isolated facts. In this passage, the content describes a technical procedure for making toast. The passage shows sequential and cause-effect relationships. First Mia put bread in the toaster, then pushed the lever down, after 2 minutes the bread popped up because it was heated, next she spread butter while it was warm, finally she ate it. Signal words like first, then, after, next, finally, because, while help show these connections. Choice B is correct because it describes the cause-effect relationship where heating the bread caused it to pop up. The passage indicates that after about 2 minutes, the bread popped up because it was heated. The text states 'the bread popped up because it was heated.' The signal word 'because' in the passage shows this cause-effect relationship. Choice A is incorrect because it describes a later step, not the direct result of heating. This event did occur, but after the popping up, not as the immediate effect asked about. The question asks about the specific result of heating. This error occurs when students don't follow signal words or confuse sequence with cause and effect. To help students: Create anchor charts for signal words: Time (before, after, during, while, when, meanwhile), Sequence (first, next, then, finally, last), Cause/Effect (because, since, therefore, as a result, leads to, causes). Teach students to identify signal words while reading and ask 'What does this word tell me about how these ideas connect?' Use graphic organizers: timeline for historical events showing before/after, flowchart for sequential steps with arrows, cause/effect chain with boxes and arrows showing 'this causes that.' Model think-aloud: 'I see the word because - that tells me a reason is coming. So [cause] is what made [effect] happen.' Practice identifying relationships: Give passage and ask students to circle signal words and explain what relationship each shows. Use sentence frames: '[Event] happened before [event],' '[Step] is the first step because,' '[Cause] caused [effect].' Teach chronological order with timelines, adding events in sequence. For cause/effect, ask 'Why did this happen?' and 'What happened because of this?' Use real-world examples: recipes (sequence), daily routines (time), science experiments (cause/effect). Watch for: Students who don't notice signal words, confuse before/after, reverse cause and effect, can't identify order of steps, or list events without understanding connections. Provide explicit instruction in each relationship type with multiple examples from different content areas (history, science, procedures).
- Read the text. A frog begins as eggs in water. After a few days, tadpoles hatch and swim. Next, the tadpoles grow back legs, and later they grow front legs. Then their tails get shorter while their lungs grow. Finally, the young frog leaves the water. What happened AFTER the tadpoles hatched?
Answer: The tadpoles grew back legs.
This question tests describing relationships between events, scientific concepts, or procedural steps (CCSS.RI.3.3: Describe the relationship between a series of historical events, scientific ideas or concepts, or steps in technical procedures in a text, using language that pertains to time, sequence, and cause/effect). Students must understand how events, ideas, or steps connect using relationship language. Relationships in informational texts show how events, concepts, or steps connect. Three main types: Time relationships (when things happened - before, after, during, while, at the same time), Sequential relationships (order - first, next, then, finally, last), Cause/Effect relationships (why things happen and what results - because, since, as a result, therefore, causes, leads to). Signal words help readers identify relationships. Understanding these relationships helps readers see how information is organized and connected, not just as isolated facts. In this passage, a scientific process of frog development is described. The passage shows sequential relationships in the life cycle: begins as eggs, tadpoles hatch, next tadpoles grow back legs, later grow front legs, then tails get shorter, finally young frog leaves water. Signal words like 'after,' 'next,' 'later,' 'then,' and 'finally' help show these connections. Choice B is correct because the tadpoles grew back legs after they hatched. The passage indicates that after tadpoles hatch and swim, 'Next, the tadpoles grow back legs.' The word 'next' shows this is the step following hatching, making it what happened after tadpoles hatched. Choice A is incorrect because leaving the water happened at the very end, not right after hatching. Choice C happened before hatching, not after - this reverses the order. Choice D is not mentioned in the passage and doesn't make biological sense as tadpoles don't lay eggs. This error occurs when students don't follow sequential signal words or confuse the order of events. To help students: Create anchor charts for signal words: Time (before, after, during, while, when, meanwhile), Sequence (first, next, then, finally, last), Cause/Effect (because, since, therefore, as a result, leads to, causes). Teach students to identify signal words while reading and ask 'What does this word tell me about how these ideas connect?' Use graphic organizers: timeline for historical events showing before/after, flowchart for sequential steps with arrows, cause/effect chain with boxes and arrows showing 'this causes that.' Model think-aloud: 'I see the word next - that tells me this is the following step. So growing back legs comes after hatching.' Practice identifying relationships: Give passage and ask students to circle signal words and explain what relationship each shows. Use sentence frames: 'Hatching happened before growing legs,' 'Growing back legs is the next step after hatching.' Teach chronological order with timelines, adding events in sequence. For cause/effect, ask 'Why did this happen?' and 'What happened because of this?' Use real-world examples: recipes (sequence), daily routines (time), science experiments (cause/effect). Watch for: Students who don't notice signal words, confuse before/after, reverse cause and effect, can't identify order of steps, or list events without understanding connections. Provide explicit instruction in each relationship type with multiple examples from different content areas (history, science, procedures).
- Read the text. In 1620, the Pilgrims arrived in Plymouth. During their first winter, many became sick and hungry. Then the Wampanoag taught them to grow corn and catch fish. After the fall harvest in 1621, the Pilgrims invited the Wampanoag to a feast. Finally, they celebrated for three days. What happened BEFORE the fall harvest in 1621?
Answer: The Wampanoag taught them to grow corn and fish.
This question tests describing relationships between events, scientific concepts, or procedural steps (CCSS.RI.3.3: Describe the relationship between a series of historical events, scientific ideas or concepts, or steps in technical procedures in a text, using language that pertains to time, sequence, and cause/effect). Students must understand how events, ideas, or steps connect using relationship language. Relationships in informational texts show how events, concepts, or steps connect. Three main types: Time relationships (when things happened - before, after, during, while, at the same time), Sequential relationships (order - first, next, then, finally, last), Cause/Effect relationships (why things happen and what results - because, since, as a result, therefore, causes, leads to). Signal words help readers identify relationships. Understanding these relationships helps readers see how information is organized and connected, not just as isolated facts. In this passage, historical events about the Pilgrims and first Thanksgiving are described. The passage shows time relationships: 1620 arrival, first winter sickness, then Wampanoag teaching, after fall harvest 1621 feast, finally three-day celebration. Signal words like 'during,' 'then,' 'after,' and 'finally' help show these connections. Choice B is correct because the Wampanoag taught them to grow corn and fish before the fall harvest. The passage indicates that after the difficult first winter, 'Then the Wampanoag taught them to grow corn and catch fish. After the fall harvest in 1621...' The word 'then' shows this teaching happened before the harvest mentioned next. Choice A is incorrect because celebrating for three days happened after the harvest, not before - the passage says 'Finally, they celebrated for three days.' Choice C also happened after the harvest as the invitation led to the celebration. Choice D is not mentioned in the passage. This error occurs when students don't follow temporal signal words or confuse the order of historical events. To help students: Create anchor charts for signal words: Time (before, after, during, while, when, meanwhile), Sequence (first, next, then, finally, last), Cause/Effect (because, since, therefore, as a result, leads to, causes). Teach students to identify signal words while reading and ask 'What does this word tell me about how these ideas connect?' Use graphic organizers: timeline for historical events showing before/after, flowchart for sequential steps with arrows, cause/effect chain with boxes and arrows showing 'this causes that.' Model think-aloud: 'I see the word then - that tells me this happened next. So the teaching happened before the harvest.' Practice identifying relationships: Give passage and ask students to circle signal words and explain what relationship each shows. Use sentence frames: 'The teaching happened before the harvest,' 'The harvest came after the teaching.' Teach chronological order with timelines, adding events in sequence. For cause/effect, ask 'Why did this happen?' and 'What happened because of this?' Use real-world examples: recipes (sequence), daily routines (time), science experiments (cause/effect). Watch for: Students who don't notice signal words, confuse before/after, reverse cause and effect, can't identify order of steps, or list events without understanding connections. Provide explicit instruction in each relationship type with multiple examples from different content areas (history, science, procedures).
- Read the text. First, Mia poured cream into a jar. Then she shook it for 10 minutes because shaking makes the fat stick together. After that, butter formed and liquid separated. Finally, she poured off the liquid and rinsed the butter. What was the result of shaking the jar?
Answer: The butter formed and liquid separated.
This question tests describing relationships between events, scientific concepts, or procedural steps (CCSS.RI.3.3: Describe the relationship between a series of historical events, scientific ideas or concepts, or steps in technical procedures in a text, using language that pertains to time, sequence, and cause/effect). Students must understand how events, ideas, or steps connect using relationship language. Relationships in informational texts show how events, concepts, or steps connect. Three main types: Time relationships (when things happened - before, after, during, while, at the same time), Sequential relationships (order - first, next, then, finally, last), Cause/Effect relationships (why things happen and what results - because, since, as a result, therefore, causes, leads to). Signal words help readers identify relationships. Understanding these relationships helps readers see how information is organized and connected, not just as isolated facts. In this passage, a technical procedure for making butter is described. The passage shows both sequence and cause/effect relationships. First Mia poured cream, then she shook it because shaking makes fat stick together, after that butter formed and liquid separated, finally she poured off liquid and rinsed butter. Signal words like 'because' and 'after that' help show these connections. Choice A is correct because it identifies the result of shaking the jar. The passage states 'she shook it for 10 minutes because shaking makes the fat stick together. After that, butter formed and liquid separated.' The word 'because' shows shaking caused fat to stick together, and 'after that' shows the result was butter forming and liquid separating. Choice B is incorrect because this was the first step, not a result of shaking. Choice C happened after the butter formed, not as a result of shaking. Choice D is not mentioned in the passage and doesn't make logical sense. This error occurs when students don't follow the cause/effect signal words or confuse sequence with results. To help students: Create anchor charts for signal words: Time (before, after, during, while, when, meanwhile), Sequence (first, next, then, finally, last), Cause/Effect (because, since, therefore, as a result, leads to, causes). Teach students to identify signal words while reading and ask 'What does this word tell me about how these ideas connect?' Use graphic organizers: timeline for historical events showing before/after, flowchart for sequential steps with arrows, cause/effect chain with boxes and arrows showing 'this causes that.' Model think-aloud: 'I see the word because - that tells me a reason is coming. So shaking is what made the butter form.' Practice identifying relationships: Give passage and ask students to circle signal words and explain what relationship each shows. Use sentence frames: 'Shaking caused butter to form,' 'This happened because of shaking.' Teach chronological order with timelines, adding events in sequence. For cause/effect, ask 'Why did this happen?' and 'What happened because of this?' Use real-world examples: recipes (sequence), daily routines (time), science experiments (cause/effect). Watch for: Students who don't notice signal words, confuse before/after, reverse cause and effect, can't identify order of steps, or list events without understanding connections. Provide explicit instruction in each relationship type with multiple examples from different content areas (history, science, procedures).
- Read the text. First, a frog lays eggs in water. After a few days, tadpoles hatch and swim. Then the tadpoles grow legs while they still have tails. Later, their tails shrink, and they start breathing air. Finally, the young frogs hop onto land. What happened AFTER the tadpoles hatched?
Answer: The tadpoles grew legs while they still had tails.
This question tests describing relationships between events, scientific concepts, or procedural steps (CCSS.RI.3.3: Describe the relationship between a series of historical events, scientific ideas or concepts, or steps in technical procedures in a text, using language that pertains to time, sequence, and cause/effect). Students must understand how events, ideas, or steps connect using relationship language. Relationships in informational texts show how events, concepts, or steps connect. Three main types: Time relationships (when things happened - before, after, during, while, at the same time), Sequential relationships (order - first, next, then, finally, last), Cause/Effect relationships (why things happen and what results - because, since, as a result, therefore, causes, leads to). Signal words help readers identify relationships. Understanding these relationships helps readers see how information is organized and connected, not just as isolated facts. In this passage, the content describes a scientific process of frog development. The passage shows sequential and time relationships. First a frog lays eggs, after a few days tadpoles hatch, then they grow legs, later tails shrink, finally young frogs hop onto land. Signal words like first, after, then, later, finally help show these connections. Choice C is correct because it describes the event immediately after hatching. The passage indicates that the tadpoles grew legs after they hatched. The text states 'Then the tadpoles grow legs while they still have tails.' The signal word 'then' in the passage shows this sequential relationship. Choice A is incorrect because it describes a later event, not what happened right after hatching. This event did occur, but after the tadpoles grew legs, as shown by signal words like 'later.' The question asks about the specific relationship after hatching. This error occurs when students don't follow signal words or confuse the order of steps. To help students: Create anchor charts for signal words: Time (before, after, during, while, when, meanwhile), Sequence (first, next, then, finally, last), Cause/Effect (because, since, therefore, as a result, leads to, causes). Teach students to identify signal words while reading and ask 'What does this word tell me about how these ideas connect?' Use graphic organizers: timeline for historical events showing before/after, flowchart for sequential steps with arrows, cause/effect chain with boxes and arrows showing 'this causes that.' Model think-aloud: 'I see the word because - that tells me a reason is coming. So [cause] is what made [effect] happen.' Practice identifying relationships: Give passage and ask students to circle signal words and explain what relationship each shows. Use sentence frames: '[Event] happened before [event],' '[Step] is the first step because,' '[Cause] caused [effect].' Teach chronological order with timelines, adding events in sequence. For cause/effect, ask 'Why did this happen?' and 'What happened because of this?' Use real-world examples: recipes (sequence), daily routines (time), science experiments (cause/effect). Watch for: Students who don't notice signal words, confuse before/after, reverse cause and effect, can't identify order of steps, or list events without understanding connections. Provide explicit instruction in each relationship type with multiple examples from different content areas (history, science, procedures).
- Read the text. Earth tilts on its axis. Because of this tilt, different places get different amounts of sunlight during the year. When the Northern Hemisphere tilts toward the sun, it has summer. At the same time, the Southern Hemisphere tilts away and has winter. Later, as Earth keeps orbiting, the seasons change again. What is the result of Earth's tilt?
Answer: Different places get different sunlight during the year.
This question tests describing relationships between events, scientific concepts, or procedural steps (CCSS.RI.3.3: Describe the relationship between a series of historical events, scientific ideas or concepts, or steps in technical procedures in a text, using language that pertains to time, sequence, and cause/effect). Students must understand how events, ideas, or steps connect using relationship language. Relationships in informational texts show how events, concepts, or steps connect. Three main types: Time relationships (when things happened - before, after, during, while, at the same time), Sequential relationships (order - first, next, then, finally, last), Cause/Effect relationships (why things happen and what results - because, since, as a result, therefore, causes, leads to). Signal words help readers identify relationships. Understanding these relationships helps readers see how information is organized and connected, not just as isolated facts. In this passage, the content describes scientific concepts about Earth's tilt and seasons. The passage shows cause/effect and time relationships. Earth tilts, because of tilt different sunlight amounts, when northern tilts toward summer, at the same time southern winter, later seasons change. Signal words like because, when, at the same time, later help show these connections. Choice A is correct because it states the result of the tilt. The tilt caused different sunlight because the passage explains 'Because of this tilt, different places get different amounts of sunlight,' using signal word because. The signal word 'because' in the passage shows this cause/effect relationship. Choice B is incorrect because it is not mentioned in the passage. The passage does not show this relationship - it actually indicates the tilt causes sunlight differences, not stopping spin. This error occurs when students add information not in the text or confuse cause and effect. To help students: Create anchor charts for signal words: Time (before, after, during, while, when, meanwhile), Sequence (first, next, then, finally, last), Cause/Effect (because, since, therefore, as a result, leads to, causes). Teach students to identify signal words while reading and ask 'What does this word tell me about how these ideas connect?' Use graphic organizers: timeline for historical events showing before/after, flowchart for sequential steps with arrows, cause/effect chain with boxes and arrows showing 'this causes that.' Model think-aloud: 'I see the word because - that tells me a reason is coming. So [cause] is what made [effect] happen.' Practice identifying relationships: Give passage and ask students to circle signal words and explain what relationship each shows. Use sentence frames: '[Event] happened before [event],' '[Step] is the first step because,' '[Cause] caused [effect].' Teach chronological order with timelines, adding events in sequence. For cause/effect, ask 'Why did this happen?' and 'What happened because of this?' Use real-world examples: recipes (sequence), daily routines (time), science experiments (cause/effect). Watch for: Students who don't notice signal words, confuse before/after, reverse cause and effect, can't identify order of steps, or list events without understanding connections. Provide explicit instruction in each relationship type with multiple examples from different content areas (history, science, procedures).
- What caused the bus boycott to begin?
Answer: Rosa Parks was arrested after refusing to move.
The boycott began because Rosa Parks was arrested after she would not give up her seat, which made many people upset. Choice C is correct. The court ruling (Choice A) came at the end, the 381 days of walking (Choice B) happened during the boycott, and buses did not stop running (Choice D).
- Read the text. First, choose a pine cone and tie a string to it. Next, spread peanut butter over the pine cone. Then roll it in birdseed so the seeds stick. After that, hang it on a tree branch outside. Finally, wait quietly while birds come to eat. What is the FIRST step in making the bird feeder?
Answer: Choose a pine cone and tie a string to it.
This question tests describing relationships between events, scientific concepts, or procedural steps (CCSS.RI.3.3: Describe the relationship between a series of historical events, scientific ideas or concepts, or steps in technical procedures in a text, using language that pertains to time, sequence, and cause/effect). Students must understand how events, ideas, or steps connect using relationship language. Relationships in informational texts show how events, concepts, or steps connect. Three main types: Time relationships (when things happened - before, after, during, while, at the same time), Sequential relationships (order - first, next, then, finally, last), Cause/Effect relationships (why things happen and what results - because, since, as a result, therefore, causes, leads to). Signal words help readers identify relationships. Understanding these relationships helps readers see how information is organized and connected, not just as isolated facts. In this passage, the content describes a technical procedure for making a bird feeder. The passage shows sequential relationships. First choose pine cone and tie string, next spread peanut butter, then roll in birdseed, after that hang, finally wait. Signal words like first, next, then, after that, finally help show these connections. Choice D is correct because it is the first step. This is the first step in the process. The passage shows the order: choose and tie first, using words like first. The signal word 'first' in the passage shows this sequential relationship. Choice C is incorrect because it is a later step, not the first. This reverses the order - spreading peanut butter happened next, as shown by signal words like next. The question asks about the specific first step. This error occurs when students confuse order or don't follow signal words. To help students: Create anchor charts for signal words: Time (before, after, during, while, when, meanwhile), Sequence (first, next, then, finally, last), Cause/Effect (because, since, therefore, as a result, leads to, causes). Teach students to identify signal words while reading and ask 'What does this word tell me about how these ideas connect?' Use graphic organizers: timeline for historical events showing before/after, flowchart for sequential steps with arrows, cause/effect chain with boxes and arrows showing 'this causes that.' Model think-aloud: 'I see the word because - that tells me a reason is coming. So [cause] is what made [effect] happen.' Practice identifying relationships: Give passage and ask students to circle signal words and explain what relationship each shows. Use sentence frames: '[Event] happened before [event],' '[Step] is the first step because,' '[Cause] caused [effect].' Teach chronological order with timelines, adding events in sequence. For cause/effect, ask 'Why did this happen?' and 'What happened because of this?' Use real-world examples: recipes (sequence), daily routines (time), science experiments (cause/effect). Watch for: Students who don't notice signal words, confuse before/after, reverse cause and effect, can't identify order of steps, or list events without understanding connections. Provide explicit instruction in each relationship type with multiple examples from different content areas (history, science, procedures).
- Read the text. First, wash your hands with soap. Next, spread peanut butter on one slice of bread. Then add jelly on top of the peanut butter. After that, place the second slice of bread on top. Finally, cut the sandwich in half. What is the NEXT step after spreading peanut butter?
Answer: Add jelly on top of the peanut butter.
This question tests describing relationships between events, scientific concepts, or procedural steps (CCSS.RI.3.3: Describe the relationship between a series of historical events, scientific ideas or concepts, or steps in technical procedures in a text, using language that pertains to time, sequence, and cause/effect). Students must understand how events, ideas, or steps connect using relationship language. Relationships in informational texts show how events, concepts, or steps connect. Three main types: Time relationships (when things happened - before, after, during, while, at the same time), Sequential relationships (order - first, next, then, finally, last), Cause/Effect relationships (why things happen and what results - because, since, as a result, therefore, causes, leads to). Signal words help readers identify relationships. Understanding these relationships helps readers see how information is organized and connected, not just as isolated facts. In this passage, a technical procedure for making a peanut butter and jelly sandwich is described. The passage shows sequential relationships: first wash hands, next spread peanut butter, then add jelly, after that place second slice, finally cut sandwich. Signal words like 'first,' 'next,' 'then,' 'after that,' and 'finally' help show these connections. Choice C is correct because adding jelly on top of the peanut butter is the next step after spreading peanut butter. The passage states 'Next, spread peanut butter on one slice of bread. Then add jelly on top of the peanut butter.' The word 'then' shows this is the step immediately following spreading peanut butter. Choice A is incorrect because cutting the sandwich is the final step, not the next one after peanut butter. Choice B happens after adding jelly, not right after peanut butter. Choice D was the first step, already completed before spreading peanut butter. This error occurs when students don't follow sequential signal words or skip steps in the order. To help students: Create anchor charts for signal words: Time (before, after, during, while, when, meanwhile), Sequence (first, next, then, finally, last), Cause/Effect (because, since, therefore, as a result, leads to, causes). Teach students to identify signal words while reading and ask 'What does this word tell me about how these ideas connect?' Use graphic organizers: timeline for historical events showing before/after, flowchart for sequential steps with arrows, cause/effect chain with boxes and arrows showing 'this causes that.' Model think-aloud: 'I see the word then - that tells me this is the next step. So adding jelly comes right after spreading peanut butter.' Practice identifying relationships: Give passage and ask students to circle signal words and explain what relationship each shows. Use sentence frames: 'Spreading peanut butter is the second step,' 'Adding jelly is the third step.' Teach chronological order with timelines, adding events in sequence. For cause/effect, ask 'Why did this happen?' and 'What happened because of this?' Use real-world examples: recipes (sequence), daily routines (time), science experiments (cause/effect). Watch for: Students who don't notice signal words, confuse before/after, reverse cause and effect, can't identify order of steps, or list events without understanding connections. Provide explicit instruction in each relationship type with multiple examples from different content areas (history, science, procedures).
- Read the text. Plants make food in their leaves. When sunlight hits the leaves, it gives energy for photosynthesis. Because of this energy, the plant combines water and carbon dioxide to make sugar. Then the sugar helps the plant grow. Without enough sunlight, the plant cannot make enough food. Why does a plant grow better with more sunlight?
Answer: Because sunlight helps the plant make sugar for energy.
This question tests describing relationships between events, scientific concepts, or procedural steps (CCSS.RI.3.3: Describe the relationship between a series of historical events, scientific ideas or concepts, or steps in technical procedures in a text, using language that pertains to time, sequence, and cause/effect). Students must understand how events, ideas, or steps connect using relationship language. Relationships in informational texts show how events, concepts, or steps connect. Three main types: Time relationships (when things happened - before, after, during, while, at the same time), Sequential relationships (order - first, next, then, finally, last), Cause/Effect relationships (why things happen and what results - because, since, as a result, therefore, causes, leads to). Signal words help readers identify relationships. Understanding these relationships helps readers see how information is organized and connected, not just as isolated facts. In this passage, a scientific concept about photosynthesis is explained. The passage shows cause/effect relationships: sunlight gives energy, because of energy plant makes sugar, then sugar helps growth, without sunlight plant cannot make food. Signal words like 'when,' 'because of,' 'then,' and 'without' help show these connections. Choice A is correct because sunlight helps the plant make sugar for energy. The passage explains 'When sunlight hits the leaves, it gives energy for photosynthesis. Because of this energy, the plant combines water and carbon dioxide to make sugar. Then the sugar helps the plant grow.' The cause/effect chain shows sunlight enables sugar production which provides energy for growth. Choice B is incorrect because this reverses the relationship - sugar doesn't block sunlight, sunlight helps make sugar. Choice C contradicts the passage which states plants use water and carbon dioxide. Choice D is not mentioned in the passage and doesn't relate to photosynthesis. This error occurs when students reverse cause and effect or don't follow the logical chain of relationships. To help students: Create anchor charts for signal words: Time (before, after, during, while, when, meanwhile), Sequence (first, next, then, finally, last), Cause/Effect (because, since, therefore, as a result, leads to, causes). Teach students to identify signal words while reading and ask 'What does this word tell me about how these ideas connect?' Use graphic organizers: timeline for historical events showing before/after, flowchart for sequential steps with arrows, cause/effect chain with boxes and arrows showing 'this causes that.' Model think-aloud: 'I see because of - that tells me sunlight energy causes something. It causes the plant to make sugar, which then helps growth.' Practice identifying relationships: Give passage and ask students to circle signal words and explain what relationship each shows. Use sentence frames: 'Sunlight causes sugar production,' 'Plants grow because they make sugar from sunlight.' Teach chronological order with timelines, adding events in sequence. For cause/effect, ask 'Why did this happen?' and 'What happened because of this?' Use real-world examples: recipes (sequence), daily routines (time), science experiments (cause/effect). Watch for: Students who don't notice signal words, confuse before/after, reverse cause and effect, can't identify order of steps, or list events without understanding connections. Provide explicit instruction in each relationship type with multiple examples from different content areas (history, science, procedures).
- Read the text. Erosion can change land over time. When rain falls on loose soil, it washes some soil away. Because the soil moves, small channels form. As more rain falls, the channels get deeper and become gullies. After many years, this can carve valleys. What caused small channels to form?
Answer: Rain washed loose soil away
This question tests describing relationships between events, scientific concepts, or procedural steps (CCSS.RI.3.3: Describe the relationship between a series of historical events, scientific ideas or concepts, or steps in technical procedures in a text, using language that pertains to time, sequence, and cause/effect). Students must understand how events, ideas, or steps connect using relationship language. Relationships in informational texts show how events, concepts, or steps connect. Three main types: Time relationships (when things happened - before, after, during, while, at the same time), Sequential relationships (order - first, next, then, finally, last), Cause/Effect relationships (why things happen and what results - because, since, as a result, therefore, causes, leads to). Signal words help readers identify relationships. Understanding these relationships helps readers see how information is organized and connected, not just as isolated facts. In this passage, the content describes a scientific process of erosion. The passage shows cause-effect and time relationships. When rain falls it washes soil away, because soil moves channels form, as more rain falls channels deepen into gullies, after many years this carves valleys. Signal words like when, because, as, after help show these connections. Choice B is correct because it explains the cause of small channels forming. Rain washing soil away caused the soil to move, leading to channels. The passage explains 'When rain falls on loose soil, it washes some soil away. Because the soil moves, small channels form,' using 'because.' The signal word 'because' in the passage shows this cause-effect relationship. Choice C is incorrect because it reverses cause and effect. This confuses cause and effect - gullies form after channels deepen, they don't stop rain; the passage actually indicates rain causes deepening. The passage does not show this relationship. This error occurs when students reverse cause and effect or don't understand causal relationships. To help students: Create anchor charts for signal words: Time (before, after, during, while, when, meanwhile), Sequence (first, next, then, finally, last), Cause/Effect (because, since, therefore, as a result, leads to, causes). Teach students to identify signal words while reading and ask 'What does this word tell me about how these ideas connect?' Use graphic organizers: timeline for historical events showing before/after, flowchart for sequential steps with arrows, cause/effect chain with boxes and arrows showing 'this causes that.' Model think-aloud: 'I see the word because - that tells me a reason is coming. So [cause] is what made [effect] happen.' Practice identifying relationships: Give passage and ask students to circle signal words and explain what relationship each shows. Use sentence frames: '[Event] happened before [event],' '[Step] is the first step because,' '[Cause] caused [effect].' Teach chronological order with timelines, adding events in sequence. For cause/effect, ask 'Why did this happen?' and 'What happened because of this?' Use real-world examples: recipes (sequence), daily routines (time), science experiments (cause/effect). Watch for: Students who don't notice signal words, confuse before/after, reverse cause and effect, can't identify order of steps, or list events without understanding connections. Provide explicit instruction in each relationship type with multiple examples from different content areas (history, science, procedures).
- Read the text. Earth has seasons because it tilts on its axis. When the Northern Hemisphere tilts toward the sun, it gets more direct sunlight, so it becomes warmer. At the same time, the Southern Hemisphere tilts away and gets less sunlight. As Earth moves around the sun, the tilt points different ways during the year. For this reason, the seasons change. How are Earth's tilt and the seasons related?
Answer: Earth's tilt causes different sunlight, which leads to seasons
This question tests describing relationships between events, scientific concepts, or procedural steps (CCSS.RI.3.3: Describe the relationship between a series of historical events, scientific ideas or concepts, or steps in technical procedures in a text, using language that pertains to time, sequence, and cause/effect). Students must understand how events, ideas, or steps connect using relationship language. Relationships in informational texts show how events, concepts, or steps connect. Three main types: Time relationships (when things happened - before, after, during, while, at the same time), Sequential relationships (order - first, next, then, finally, last), Cause/Effect relationships (why things happen and what results - because, since, as a result, therefore, causes, leads to). Signal words help readers identify relationships. Understanding these relationships helps readers see how information is organized and connected, not just as isolated facts. In this passage, the content describes scientific concepts about Earth's seasons. The passage shows cause-effect and time relationships. Earth has seasons because it tilts, when Northern Hemisphere tilts toward sun it gets more sunlight so warmer, at the same time Southern tilts away, as Earth moves tilt points different ways, for this reason seasons change. Signal words like because, when, so, at the same time, as, for this reason help show these connections. Choice A is correct because it explains the cause-effect relationship between tilt and seasons. Earth's tilt causes different sunlight, leading to seasons. The passage explains 'Earth has seasons because it tilts on its axis... For this reason, the seasons change,' using 'because' and 'for this reason.' The signal words 'because' and 'for this reason' in the passage show this cause-effect relationship. Choice D is incorrect because it describes a wrong cause. This is not mentioned in the passage - it actually indicates tilt causes seasons, not distance to the sun. The passage does not show this relationship - it emphasizes tilt and sunlight direction. This error occurs when students don't understand causal relationships or bring in misconceptions. To help students: Create anchor charts for signal words: Time (before, after, during, while, when, meanwhile), Sequence (first, next, then, finally, last), Cause/Effect (because, since, therefore, as a result, leads to, causes). Teach students to identify signal words while reading and ask 'What does this word tell me about how these ideas connect?' Use graphic organizers: timeline for historical events showing before/after, flowchart for sequential steps with arrows, cause/effect chain with boxes and arrows showing 'this causes that.' Model think-aloud: 'I see the word because - that tells me a reason is coming. So [cause] is what made [effect] happen.' Practice identifying relationships: Give passage and ask students to circle signal words and explain what relationship each shows. Use sentence frames: '[Event] happened before [event],' '[Step] is the first step because,' '[Cause] caused [effect].' Teach chronological order with timelines, adding events in sequence. For cause/effect, ask 'Why did this happen?' and 'What happened because of this?' Use real-world examples: recipes (sequence), daily routines (time), science experiments (cause/effect). Watch for: Students who don't notice signal words, confuse before/after, reverse cause and effect, can't identify order of steps, or list events without understanding connections. Provide explicit instruction in each relationship type with multiple examples from different content areas (history, science, procedures).
- Read the text. First, Ava poured heavy cream into a jar and closed the lid. Then she shook the jar for 10 minutes. As she shook, the fat stuck together, so lumps formed. Next, she poured off the liquid. Finally, she rinsed the butter with cold water. What is the LAST step in making butter?
Answer: Rinse the butter with cold water
This question tests describing relationships between events, scientific concepts, or procedural steps (CCSS.RI.3.3: Describe the relationship between a series of historical events, scientific ideas or concepts, or steps in technical procedures in a text, using language that pertains to time, sequence, and cause/effect). Students must understand how events, ideas, or steps connect using relationship language. Relationships in informational texts show how events, concepts, or steps connect. Three main types: Time relationships (when things happened - before, after, during, while, at the same time), Sequential relationships (order - first, next, then, finally, last), Cause/Effect relationships (why things happen and what results - because, since, as a result, therefore, causes, leads to). Signal words help readers identify relationships. Understanding these relationships helps readers see how information is organized and connected, not just as isolated facts. In this passage, the content describes a technical procedure for making butter. The passage shows sequential and cause-effect relationships. First poured cream into jar, then shook for 10 minutes, as she shook fat stuck together so lumps formed, next poured off liquid, finally rinsed with cold water. Signal words like first, then, as, so, next, finally help show these connections. Choice C is correct because it is the last step in the sequence. This is the final step in the process. The passage shows the order: after pouring off liquid, finally she rinsed the butter with cold water. The text states 'Finally, she rinsed the butter with cold water,' using 'finally.' The signal word 'finally' in the passage shows this sequential relationship. Choice B is incorrect because it describes the first step, not the last. This reverses the order - pouring cream happened first, as shown by 'First, Ava poured heavy cream.' The question asks about the last step. This error occurs when students confuse order or don't follow signal words. To help students: Create anchor charts for signal words: Time (before, after, during, while, when, meanwhile), Sequence (first, next, then, finally, last), Cause/Effect (because, since, therefore, as a result, leads to, causes). Teach students to identify signal words while reading and ask 'What does this word tell me about how these ideas connect?' Use graphic organizers: timeline for historical events showing before/after, flowchart for sequential steps with arrows, cause/effect chain with boxes and arrows showing 'this causes that.' Model think-aloud: 'I see the word because - that tells me a reason is coming. So [cause] is what made [effect] happen.' Practice identifying relationships: Give passage and ask students to circle signal words and explain what relationship each shows. Use sentence frames: '[Event] happened before [event],' '[Step] is the first step because,' '[Cause] caused [effect].' Teach chronological order with timelines, adding events in sequence. For cause/effect, ask 'Why did this happen?' and 'What happened because of this?' Use real-world examples: recipes (sequence), daily routines (time), science experiments (cause/effect). Watch for: Students who don't notice signal words, confuse before/after, reverse cause and effect, can't identify order of steps, or list events without understanding connections. Provide explicit instruction in each relationship type with multiple examples from different content areas (history, science, procedures).
