- On the playground, some kids have trouble on the climbing bars. Chen, Maya, and Amir want to make recess better. They watch the bars for two recesses and count how many kids slip. They write down when it happens, like before lunch or after lunch. They also ask kids what part feels hard to hold. They note where kids slip most, like the middle bar. They find out slipping happens 6 times, mostly after lunch. How are the children gathering information about the problem?
Answer: They watch, count slips, and ask kids questions
This question tests the 1st grade skill of making observations and gathering information about a situation people want to change (K-2-ETS1-1: Make observations and gather information to define a simple problem). Before we can solve a problem, we need to understand it fully by gathering information. Making observations means carefully watching what happens, when it happens, where it happens, and who is affected. Gathering information can include counting (how many times? how many people?), observing (what exactly happens?), asking people affected (what is difficult for them?), timing (how long does it take?), and recording what we notice (writing, drawing, making tally marks). This information helps us clearly define the problem and understand all its parts before we try to create a solution. In this scenario, students observed kids having trouble on the climbing bars and counted how many kids slip. They gathered information by watching the bars for two recesses, writing down when slipping happens, asking kids what part feels hard to hold, and noting where kids slip most. They collected information like slipping happens 6 times, mostly after lunch on the middle bar. Choice B is correct because it accurately describes the observation/counting/asking methods used: they watch, count slips, and ask kids questions. This matches what the children did: they systematically observed and counted slips rather than just guessing, and they asked specific questions to understand the problem better. Choice A represents jumping to solving without information. This error typically occurs when students want to solve the problem immediately without understanding it first, thinking they can fix things without knowing what's actually wrong. To help students understand information gathering: Model systematic observation (watch for specific things, count occurrences, ask questions, record what you notice); contrast organized information gathering with random watching; practice specific methods (making tally marks, creating observation charts, asking focused questions, counting and recording); emphasize: we gather information BEFORE we solve, information helps us understand problem fully. Watch for: students who want to skip to solutions, who observe but don't record systematically, who gather irrelevant information, who think casual looking is same as systematic observation, or who don't see how information connects to understanding problem.
- In the classroom, scissors are hard to find. Sofia and Amir want to improve this. They watch cleanup and list which scissors are missing. They write down where kids look first and how long searching takes. They ask classmates, "Where did you put yours?" They learn searching takes 4 minutes on Fridays near the back shelf. What information did they collect?
Answer: They learned searching takes 4 minutes on Fridays near the back shelf
This question tests the 1st grade skill of making observations and gathering information about a situation people want to change (K-2-ETS1-1: Make observations and gather information to define a simple problem). Before we can solve a problem, we need to understand it fully by gathering information. Making observations means carefully watching what happens, when it happens, where it happens, and who is affected. Gathering information can include counting (how many times? how many people?), observing (what exactly happens?), asking people affected (what is difficult for them?), timing (how long does it take?), and recording what we notice (writing, drawing, making tally marks). This information helps us clearly define the problem and understand all its parts before we try to create a solution. In this scenario, Sofia and Amir observed hard-to-find scissors during cleanup, listed which scissors were missing, wrote where kids look first and timed searches, and asked classmates about placement. They gathered information by watching cleanup systematically, listing specific items, timing searches, recording locations, and asking focused questions. They collected information like searching takes 4 minutes on Fridays near the back shelf. Choice A is correct because it accurately states information they collected - specific data about timing (4 minutes), when (Fridays), and where (near back shelf). This matches what the children did: they collected specific, measurable information through systematic observation and timing. Choice C represents premature solution. This error typically occurs when students confuse gathering information about a problem with implementing drastic solutions. To help students understand information gathering: Model systematic observation (watch for specific things, count occurrences, ask questions, record what you notice); contrast organized information gathering with random watching; practice specific methods (making tally marks, creating observation charts, asking focused questions, counting and recording); emphasize: we gather information BEFORE we solve, information helps us understand problem fully. Watch for: students who want to skip to solutions, who observe but don't record systematically, who gather irrelevant information, who think casual looking is same as systematic observation, or who don't see how information connects to understanding problem. Key sequence: 1) Notice problem, 2) Ask questions about it, 3) Gather information through observations and asking, 4) Use information to define problem clearly, 5) Then create solution.
- In art class, glue sticks roll off tables and get lost. Marcus and Yuki watch during art time, count each time a glue stick rolls, and make a list of where it falls (under table, near sink). They also draw a quick picture of which table it came from. They learn most rolls happen at the back table, near the sink, on Fridays. What did they find out by gathering information?
Answer: Glue sticks roll most at the back table on Fridays
This question tests the 1st grade skill of making observations and gathering information about a situation people want to change (K-2-ETS1-1: Make observations and gather information to define a simple problem). Before we can solve a problem, we need to understand it fully by gathering information. Making observations means carefully watching what happens, when it happens, where it happens, and who is affected. Gathering information can include counting (how many times? how many people?), observing (what exactly happens?), asking people affected (what is difficult for them?), timing (how long does it take?), and recording what we notice (writing, drawing, making tally marks). This information helps us clearly define the problem and understand all its parts before we try to create a solution. In this scenario, Marcus and Yuki observed glue sticks rolling off tables and getting lost. They gathered information by watching during art time, counting each time a glue stick rolled, listing where it fell, and drawing which table it came from. They collected information like most rolls happening at the back table, near the sink, on Fridays. Choice A is correct because it accurately states the specific information they found: glue sticks roll most at the back table on Fridays. This matches what the children did: they collected specific information about location, frequency, and timing through systematic observation. Choice B represents an extreme solution without using the gathered information. This error typically occurs when students jump to drastic solutions without considering what the information tells them or think stopping activities solves problems. To help students understand information gathering: Model systematic observation (watch for specific things, count occurrences, ask questions, record what you notice); contrast organized information gathering with random watching; practice specific methods (making tally marks, creating observation charts, asking focused questions, counting and recording); emphasize: we gather information BEFORE we solve, information helps us understand problem fully. Watch for: students who want to skip to solutions, who observe but don't record systematically, who gather irrelevant information, who think casual looking is same as systematic observation, or who don't see how information connects to understanding problem.
- In the cafeteria, the floor gets crowded near the milk cooler. Emma and Sofia want to improve safety. They watch the area for 3 lunches, count how many times kids bump shoulders, and write down when it happens most (first 5 minutes or last 5 minutes). They draw a simple picture showing where kids stand. They learn when and where it is most crowded. How does gathering information help with the problem?
Answer: It helps them understand when and where crowding happens
This question tests the 1st grade skill of making observations and gathering information about a situation people want to change (K-2-ETS1-1: Make observations and gather information to define a simple problem). Before we can solve a problem, we need to understand it fully by gathering information. Making observations means carefully watching what happens, when it happens, where it happens, and who is affected. Gathering information can include counting (how many times? how many people?), observing (what exactly happens?), asking people affected (what is difficult for them?), timing (how long does it take?), and recording what we notice (writing, drawing, making tally marks). This information helps us clearly define the problem and understand all its parts before we try to create a solution. In this scenario, Emma and Sofia watched the cafeteria area during lunches and counted bumps, wrote down timing, and drew pictures of standing spots. They gathered information by observing crowding, counting incidents, recording times, and drawing maps. They collected information like when and where it was most crowded. Choice A is correct because it accurately explains the purpose: gathering helps understand when and where the problem occurs. This matches what the children did: they collected data to improve safety by knowing details first. Choice D represents premature solution, like finishing faster without observing the issue. This error typically occurs when students want to solve the problem immediately without understanding it first, don't distinguish purposeful observation from casual looking, think any information is useful without considering relevance, don't see value in systematic information gathering, confuse different information-gathering methods. To help students understand information gathering: Model systematic observation (watch for specific things, count occurrences, ask questions, record what you notice); contrast organized information gathering with random watching; practice specific methods (making tally marks, creating observation charts, asking focused questions, counting and recording); emphasize: we gather information BEFORE we solve, information helps us understand problem fully. Watch for: students who want to skip to solutions, who observe but don't record systematically, who gather irrelevant information, who think casual looking is same as systematic observation, or who don't see how information connects to understanding problem. Key sequence: 1) Notice problem, 2) Ask questions about it, 3) Gather information through observations and asking, 4) Use information to define problem clearly, 5) Then create solution.
- On the playground, some kids have trouble on the climbing wall. Sofia and Chen watch for two recess times, count how many kids slip, and write down when it happens (first recess or second). They also ask three kids what felt hard and record the answers. They learn 5 kids slipped near the top, mostly at second recess. How are they gathering information about the problem?
Answer: They watched, counted slips, and asked kids questions
This question tests the 1st grade skill of making observations and gathering information about a situation people want to change (K-2-ETS1-1: Make observations and gather information to define a simple problem). Before we can solve a problem, we need to understand it fully by gathering information. Making observations means carefully watching what happens, when it happens, where it happens, and who is affected. Gathering information can include counting (how many times? how many people?), observing (what exactly happens?), asking people affected (what is difficult for them?), timing (how long does it take?), and recording what we notice (writing, drawing, making tally marks). This information helps us clearly define the problem and understand all its parts before we try to create a solution. In this scenario, Sofia and Chen observed kids having trouble on the climbing wall. They gathered information by watching for two recess times, counting how many kids slipped, writing down when it happened, and asking three kids what felt hard. They collected information like 5 kids slipping near the top, mostly at second recess. Choice B is correct because it accurately describes the observation/counting/asking methods used: they watched, counted slips, and asked kids questions. This matches what the children did: they systematically observed and counted rather than just guessing, and they asked affected students to understand the problem better. Choice A represents jumping to solving without information gathering. This error typically occurs when students want to solve problems immediately without understanding them first or think any action is better than careful observation. To help students understand information gathering: Model systematic observation (watch for specific things, count occurrences, ask questions, record what you notice); contrast organized information gathering with random watching; practice specific methods (making tally marks, creating observation charts, asking focused questions, counting and recording); emphasize: we gather information BEFORE we solve, information helps us understand problem fully. Watch for: students who want to skip to solutions, who observe but don't record systematically, who gather irrelevant information, who think casual looking is same as systematic observation, or who don't see how information connects to understanding problem.
- In the cafeteria, milk spills happen near the trash can. Marcus and Yuki want to make lunchtime safer. For five days, they watch the area and make tally marks each time a spill happens. They write down when it happens, like right after kids stand up. They also note where the spill is, like by the trash can corner. They find 9 spills, and 6 happened right after standing up. Which method helps them learn about the problem?
Answer: Making tally marks each time a spill happens.
This question tests the 1st grade skill of making observations and gathering information about a situation people want to change (K-2-ETS1-1: Make observations and gather information to define a simple problem). Before we can solve a problem, we need to understand it fully by gathering information. Making observations means carefully watching what happens, when it happens, where it happens, and who is affected. Gathering information can include counting (how many times? how many people?), observing (what exactly happens?), asking people affected (what is difficult for them?), timing (how long does it take?), and recording what we notice (writing, drawing, making tally marks). This information helps us clearly define the problem and understand all its parts before we try to create a solution. In this scenario, Marcus and Yuki observed milk spills near the trash can and made tally marks each time a spill happened; they wrote down when and where it occurred. They gathered information by watching over five days, counting with tallies, and recording times and locations. They collected information like 9 spills, and 6 happened right after standing up. Choice A is correct because it accurately identifies the method of making tally marks each time a spill happens. This matches what the children did: they systematically observed and counted rather than just guessing, they collected specific information about frequency and impact, they used their observations to understand the problem better. Choice B represents jumping to solving without information, like telling everyone to stop drinking milk. This error typically occurs when students want to solve the problem immediately without understanding it first, don't distinguish purposeful observation from casual looking, think any information is useful without considering relevance, don't see value in systematic information gathering, confuse different information-gathering methods. To help students understand information gathering: Model systematic observation (watch for specific things, count occurrences, ask questions, record what you notice); contrast organized information gathering with random watching; practice specific methods (making tally marks, creating observation charts, asking focused questions, counting and recording); emphasize: we gather information BEFORE we solve, information helps us understand problem fully. Watch for: students who want to skip to solutions, who observe but don't record systematically, who gather irrelevant information, who think casual looking is same as systematic observation, or who don't see how information connects to understanding problem. Key sequence: 1) Notice problem, 2) Ask questions about it, 3) Gather information through observations and asking, 4) Use information to define problem clearly, 5) Then create solution.
- In the classroom, crayons keep getting lost during cleanup. Emma, Jamal, and Sofia want to improve this. For three days, they observe cleanup time and make tally marks each time a crayon is missing. They also draw a quick map showing where missing crayons are found, like under the rug or by the sink. They ask the teacher who used the crayon box last. They learn most missing crayons happen after art, near the rug, and it happened 7 times. How are the children gathering information about the problem?
Answer: They observed, counted with tallies, and asked questions.
This question tests the 1st grade skill of making observations and gathering information about a situation people want to change (K-2-ETS1-1: Make observations and gather information to define a simple problem). Before we can solve a problem, we need to understand it fully by gathering information. Making observations means carefully watching what happens, when it happens, where it happens, and who is affected. Gathering information can include counting (how many times? how many people?), observing (what exactly happens?), asking people affected (what is difficult for them?), timing (how long does it take?), and recording what we notice (writing, drawing, making tally marks). This information helps us clearly define the problem and understand all its parts before we try to create a solution. In this scenario, Emma, Jamal, and Sofia observed crayons getting lost during cleanup and made tally marks each time a crayon was missing; they drew maps showing where missing crayons were found and asked the teacher who used the crayon box last. They gathered information by observing carefully over three days, counting with tallies, drawing maps, and asking questions. They collected information like most missing crayons happened after art, near the rug, and it happened 7 times. Choice B is correct because it accurately describes the observation, counting with tallies, and asking questions methods used. This matches what the children did: they systematically observed and counted rather than just guessing, they collected specific information about frequency and impact, they used their observations to understand the problem better. Choice A represents jumping to solving without information, like making new crayon boxes right away. This error typically occurs when students want to solve the problem immediately without understanding it first, don't distinguish purposeful observation from casual looking, think any information is useful without considering relevance, don't see value in systematic information gathering, confuse different information-gathering methods. To help students understand information gathering: Model systematic observation (watch for specific things, count occurrences, ask questions, record what you notice); contrast organized information gathering with random watching; practice specific methods (making tally marks, creating observation charts, asking focused questions, counting and recording); emphasize: we gather information BEFORE we solve, information helps us understand problem fully. Watch for: students who want to skip to solutions, who observe but don't record systematically, who gather irrelevant information, who think casual looking is same as systematic observation, or who don't see how information connects to understanding problem. Key sequence: 1) Notice problem, 2) Ask questions about it, 3) Gather information through observations and asking, 4) Use information to define problem clearly, 5) Then create solution.
- In the classroom, crayons keep getting lost during cleanup. Emma and Jamal watch cleanup for three days and make tally marks. They write down what is missing, when it happens, and where it was last seen. Why are they gathering information?
Answer: To learn more about the problem before fixing it
This question tests the 1st grade skill of making observations and gathering information about a situation people want to change (K-2-ETS1-1: Make observations and gather information to define a simple problem). Before we can solve a problem, we need to understand it fully by gathering information. Making observations means carefully watching what happens, when it happens, where it happens, and who is affected. Gathering information can include counting (how many times? how many people?), observing (what exactly happens?), asking people affected (what is difficult for them?), timing (how long does it take?), and recording what we notice (writing, drawing, making tally marks). This information helps us clearly define the problem and understand all its parts before we try to create a solution. In this scenario, students observed crayons getting lost during cleanup and made tally marks over three days. They gathered information by watching carefully when crayons went missing, recording what was missing, noting when it happened, and documenting where items were last seen. They collected information like which crayons disappeared, specific times during cleanup when losses occurred, and locations where crayons were before going missing. Choice A is correct because it accurately explains purpose: states gathering information helps understand problem before solving. This matches what the children did: they systematically observed and recorded information to understand the crayon loss problem better before trying to fix it. Choice B represents jumping to solving without information. This error typically occurs when students want to solve problem immediately without understanding it first. To help students understand information gathering: Model systematic observation (watch for specific things, count occurrences, ask questions, record what you notice); contrast organized information gathering with random watching; practice specific methods (making tally marks, creating observation charts, asking focused questions, counting and recording); emphasize: we gather information BEFORE we solve, information helps us understand problem fully. Watch for: students who want to skip to solutions, who observe but don't record systematically, who gather irrelevant information, who think casual looking is same as systematic observation, or who don't see how information connects to understanding problem. Key sequence: 1) Notice problem, 2) Ask questions about it, 3) Gather information through observations and asking, 4) Use information to define problem clearly, 5) Then create solution.
- In the classroom, the marker bin is messy and hard to use. Chen and Emma want to improve it. They watch during centers and write notes about what happens, like kids searching too long. They time how long it takes to find a blue marker. They count how many markers have no caps and write down where the bin is sitting. They learn it takes 40 seconds to find blue, and 6 markers have no caps near the window table. What did they find out by gathering information?
Answer: It took 40 seconds to find blue, and 6 markers had no caps.
This question tests the 1st grade skill of making observations and gathering information about a situation people want to change (K-2-ETS1-1: Make observations and gather information to define a simple problem). Before we can solve a problem, we need to understand it fully by gathering information. Making observations means carefully watching what happens, when it happens, where it happens, and who is affected. Gathering information can include counting (how many times? how many people?), observing (what exactly happens?), asking people affected (what is difficult for them?), timing (how long does it take?), and recording what we notice (writing, drawing, making tally marks). This information helps us clearly define the problem and understand all its parts before we try to create a solution. In this scenario, Chen and Emma observed the messy marker bin during centers and wrote notes about what happened; they timed finding a marker, counted ones with no caps, and noted where the bin was. They gathered information by watching, timing, counting, and recording locations. They collected information like it took 40 seconds to find blue, and 6 markers had no caps near the window table. Choice A is correct because it accurately states the specific information found about time to find blue and markers with no caps. This matches what the children did: they systematically observed and counted rather than just guessing, they collected specific information about frequency and impact, they used their observations to understand the problem better. Choice D represents premature solution, like painting the bin to fix it now. This error typically occurs when students want to solve the problem immediately without understanding it first, don't distinguish purposeful observation from casual looking, think any information is useful without considering relevance, don't see value in systematic information gathering, confuse different information-gathering methods. To help students understand information gathering: Model systematic observation (watch for specific things, count occurrences, ask questions, record what you notice); contrast organized information gathering with random watching; practice specific methods (making tally marks, creating observation charts, asking focused questions, counting and recording); emphasize: we gather information BEFORE we solve, information helps us understand problem fully. Watch for: students who want to skip to solutions, who observe but don't record systematically, who gather irrelevant information, who think casual looking is same as systematic observation, or who don't see how information connects to understanding problem. Key sequence: 1) Notice problem, 2) Ask questions about it, 3) Gather information through observations and asking, 4) Use information to define problem clearly, 5) Then create solution.
- In the classroom, crayons keep getting lost during art time. Emma and Jamal want to change this. They watch cleanup for 3 days, make tally marks for each missing crayon, and draw a quick map of where crayons are found (floor, table, supply bin). They also ask the teacher when crayons go missing most. They learn what is missing, when it happens, and where it happens most. Why are they gathering information?
Answer: To learn more about the problem before fixing it
This question tests the 1st grade skill of making observations and gathering information about a situation people want to change (K-2-ETS1-1: Make observations and gather information to define a simple problem). Before we can solve a problem, we need to understand it fully by gathering information. Making observations means carefully watching what happens, when it happens, where it happens, and who is affected. Gathering information can include counting (how many times? how many people?), observing (what exactly happens?), asking people affected (what is difficult for them?), timing (how long does it take?), and recording what we notice (writing, drawing, making tally marks). This information helps us clearly define the problem and understand all its parts before we try to create a solution. In this scenario, Emma and Jamal observed crayons getting lost during art time and made tally marks for each missing crayon, drew a map of where they were found, and asked the teacher about when it happened most. They gathered information by observing carefully during cleanup, counting missing crayons, asking questions, and recording with tally marks and drawings. They collected information like what was missing, when it happened, and where it happened most. Choice A is correct because it accurately explains the purpose: gathering information helps understand the problem before solving it. This matches what the children did: they systematically observed and recorded details to learn more rather than jumping to fixes. Choice B represents jumping to a solution without information, like hiding things instead of understanding why they get lost. This error typically occurs when students want to solve the problem immediately without understanding it first, don't distinguish purposeful observation from casual looking, think any information is useful without considering relevance, don't see value in systematic information gathering, confuse different information-gathering methods. To help students understand information gathering: Model systematic observation (watch for specific things, count occurrences, ask questions, record what you notice); contrast organized information gathering with random watching; practice specific methods (making tally marks, creating observation charts, asking focused questions, counting and recording); emphasize: we gather information BEFORE we solve, information helps us understand problem fully. Watch for: students who want to skip to solutions, who observe but don't record systematically, who gather irrelevant information, who think casual looking is same as systematic observation, or who don't see how information connects to understanding problem. Key sequence: 1) Notice problem, 2) Ask questions about it, 3) Gather information through observations and asking, 4) Use information to define problem clearly, 5) Then create solution.
- On the playground, the swings get crowded. Marcus and Emma want to improve this. They count how many kids are waiting each recess. They time how long kids wait and write down when the line is longest. They ask the recess teacher what days are busiest. They find the longest waits happen on windy days after lunch. Which method helps them learn about the problem?
Answer: Timing how long kids wait for a swing
This question tests the 1st grade skill of making observations and gathering information about a situation people want to change (K-2-ETS1-1: Make observations and gather information to define a simple problem). Before we can solve a problem, we need to understand it fully by gathering information. Making observations means carefully watching what happens, when it happens, where it happens, and who is affected. Gathering information can include counting (how many times? how many people?), observing (what exactly happens?), asking people affected (what is difficult for them?), timing (how long does it take?), and recording what we notice (writing, drawing, making tally marks). This information helps us clearly define the problem and understand all its parts before we try to create a solution. In this scenario, Marcus and Emma observed crowded swings, counted waiting kids each recess, timed how long kids wait, wrote when lines are longest, and asked the teacher about busy days. They gathered information by counting systematically, timing waits, recording peak times, and asking relevant questions. They collected information like longest waits happen on windy days after lunch. Choice A is correct because it accurately describes a specific observation method - timing how long kids wait for a swing. This matches what the children did: they used timing as one systematic method to understand the problem. Choice B represents jumping to solving without information. This error typically occurs when students want to fix the problem immediately by changing behavior rather than first understanding it through observation. To help students understand information gathering: Model systematic observation (watch for specific things, count occurrences, ask questions, record what you notice); contrast organized information gathering with random watching; practice specific methods (making tally marks, creating observation charts, asking focused questions, counting and recording); emphasize: we gather information BEFORE we solve, information helps us understand problem fully. Watch for: students who want to skip to solutions, who observe but don't record systematically, who gather irrelevant information, who think casual looking is same as systematic observation, or who don't see how information connects to understanding problem. Key sequence: 1) Notice problem, 2) Ask questions about it, 3) Gather information through observations and asking, 4) Use information to define problem clearly, 5) Then create solution.
- In the art center, glue sticks roll off the table. Marcus and Yuki want to improve this. They watch during art for 2 days and count each time a glue stick falls. They draw a quick picture of where it lands on the floor. They ask classmates, "When does it fall most?" They find most falls happen when the table is crowded. What did they find out by gathering information?
Answer: Glue sticks fall more when the table is crowded
This question tests the 1st grade skill of making observations and gathering information about a situation people want to change (K-2-ETS1-1: Make observations and gather information to define a simple problem). Before we can solve a problem, we need to understand it fully by gathering information. Making observations means carefully watching what happens, when it happens, where it happens, and who is affected. Gathering information can include counting (how many times? how many people?), observing (what exactly happens?), asking people affected (what is difficult for them?), timing (how long does it take?), and recording what we notice (writing, drawing, making tally marks). This information helps us clearly define the problem and understand all its parts before we try to create a solution. In this scenario, Marcus and Yuki observed glue sticks rolling off tables for 2 days, counted each fall, drew pictures of where they landed, and asked classmates when it happened most. They gathered information by watching systematically during art time, counting specific incidents, recording locations with drawings, and asking focused questions. They collected information like most falls happen when the table is crowded. Choice A is correct because it accurately states information they discovered - glue sticks fall more when the table is crowded. This matches what the children did: they found a specific pattern through their systematic observations. Choice B represents premature solution. This error typically occurs when students jump to extreme solutions without using the information they gathered to understand the problem. To help students understand information gathering: Model systematic observation (watch for specific things, count occurrences, ask questions, record what you notice); contrast organized information gathering with random watching; practice specific methods (making tally marks, creating observation charts, asking focused questions, counting and recording); emphasize: we gather information BEFORE we solve, information helps us understand problem fully. Watch for: students who want to skip to solutions, who observe but don't record systematically, who gather irrelevant information, who think casual looking is same as systematic observation, or who don't see how information connects to understanding problem. Key sequence: 1) Notice problem, 2) Ask questions about it, 3) Gather information through observations and asking, 4) Use information to define problem clearly, 5) Then create solution.
- In the gym, the class takes a long time to put balls away. Amir and Marcus want to improve this routine. They time cleanup with a stopwatch, count how many balls are left out, and list where balls are found (behind mats or by the door). They learn when cleanup is slow and where balls get missed. What can the children learn by observing the problem?
Answer: When cleanup is slow and where balls are left
This question tests the 1st grade skill of making observations and gathering information about a situation people want to change (K-2-ETS1-1: Make observations and gather information to define a simple problem). Before we can solve a problem, we need to understand it fully by gathering information. Making observations means carefully watching what happens, when it happens, where it happens, and who is affected. Gathering information can include counting (how many times? how many people?), observing (what exactly happens?), asking people affected (what is difficult for them?), timing (how long does it take?), and recording what we notice (writing, drawing, making tally marks). This information helps us clearly define the problem and understand all its parts before we try to create a solution. In this scenario, Amir and Marcus timed gym cleanup and counted left-out balls, listed locations where missed. They gathered information by timing the process, counting balls, observing and listing spots. They collected information like when slow and where balls got missed. Choice A is correct because it accurately states the information learned about timing and locations. This matches what the children did: they observed to understand routine issues before improving. Choice B represents off-topic information, like fun sports not related to cleanup time. This error typically occurs when students want to solve the problem immediately without understanding it first, don't distinguish purposeful observation from casual looking, think any information is useful without considering relevance, don't see value in systematic information gathering, confuse different information-gathering methods. To help students understand information gathering: Model systematic observation (watch for specific things, count occurrences, ask questions, record what you notice); contrast organized information gathering with random watching; practice specific methods (making tally marks, creating observation charts, asking focused questions, counting and recording); emphasize: we gather information BEFORE we solve, information helps us understand problem fully. Watch for: students who want to skip to solutions, who observe but don't record systematically, who gather irrelevant information, who think casual looking is same as systematic observation, or who don't see how information connects to understanding problem. Key sequence: 1) Notice problem, 2) Ask questions about it, 3) Gather information through observations and asking, 4) Use information to define problem clearly, 5) Then create solution.
- On the playground, some kids have trouble on the monkey bars. Chen, Maya, and Amir want it to be easier. For one week at recess, they watch carefully and count how many kids slip off. They write down when it happens, like first recess or after lunch. They also ask kids what part is hard: the first bar or the middle. They find 5 kids slipped after lunch, mostly in the middle. What information did they collect?
Answer: They collected who slipped, when, and which part was hard.
This question tests the 1st grade skill of making observations and gathering information about a situation people want to change (K-2-ETS1-1: Make observations and gather information to define a simple problem). Before we can solve a problem, we need to understand it fully by gathering information. Making observations means carefully watching what happens, when it happens, where it happens, and who is affected. Gathering information can include counting (how many times? how many people?), observing (what exactly happens?), asking people affected (what is difficult for them?), timing (how long does it take?), and recording what we notice (writing, drawing, making tally marks). This information helps us clearly define the problem and understand all its parts before we try to create a solution. In this scenario, Chen, Maya, and Amir observed kids having trouble on the monkey bars and counted how many kids slipped off; they wrote down when it happened and asked kids what part was hard. They gathered information by watching carefully over one week, counting slips, recording times, and asking questions. They collected information like 5 kids slipped after lunch, mostly in the middle. Choice A is correct because it accurately states the information collected about who slipped, when, and which part was hard. This matches what the children did: they systematically observed and counted rather than just guessing, they collected specific information about frequency and impact, they used their observations to understand the problem better. Choice B represents jumping to solving without information, like collecting a new game to play instead. This error typically occurs when students want to solve the problem immediately without understanding it first, don't distinguish purposeful observation from casual looking, think any information is useful without considering relevance, don't see value in systematic information gathering, confuse different information-gathering methods. To help students understand information gathering: Model systematic observation (watch for specific things, count occurrences, ask questions, record what you notice); contrast organized information gathering with random watching; practice specific methods (making tally marks, creating observation charts, asking focused questions, counting and recording); emphasize: we gather information BEFORE we solve, information helps us understand problem fully. Watch for: students who want to skip to solutions, who observe but don't record systematically, who gather irrelevant information, who think casual looking is same as systematic observation, or who don't see how information connects to understanding problem. Key sequence: 1) Notice problem, 2) Ask questions about it, 3) Gather information through observations and asking, 4) Use information to define problem clearly, 5) Then create solution.
- After recess, the class takes a long time to wash hands. Chen and Emma time how long handwashing takes for three days and write the minutes. They also count how many kids wait in line and note when it is longest (after first recess or second). They learn it takes 8 minutes after second recess, with 10 kids waiting. Which method helps them learn about the problem?
Answer: Timing and counting while they watch the handwashing line
This question tests the 1st grade skill of making observations and gathering information about a situation people want to change (K-2-ETS1-1: Make observations and gather information to define a simple problem). Before we can solve a problem, we need to understand it fully by gathering information. Making observations means carefully watching what happens, when it happens, where it happens, and who is affected. Gathering information can include counting (how many times? how many people?), observing (what exactly happens?), asking people affected (what is difficult for them?), timing (how long does it take?), and recording what we notice (writing, drawing, making tally marks). This information helps us clearly define the problem and understand all its parts before we try to create a solution. In this scenario, Chen and Emma observed the class taking a long time to wash hands. They gathered information by timing how long handwashing takes for three days, counting how many kids wait in line, and noting when it is longest. They collected information like it taking 8 minutes after second recess with 10 kids waiting. Choice A is correct because it accurately describes the methods used: timing and counting while they watch the handwashing line. This matches what the children did: they systematically measured time and counted students rather than just complaining or guessing. Choice B represents a passive approach without systematic observation. This error typically occurs when students think saying something without recording data is the same as gathering information or don't see value in systematic measurement. To help students understand information gathering: Model systematic observation (watch for specific things, count occurrences, ask questions, record what you notice); contrast organized information gathering with random watching; practice specific methods (making tally marks, creating observation charts, asking focused questions, counting and recording); emphasize: we gather information BEFORE we solve, information helps us understand problem fully. Watch for: students who want to skip to solutions, who observe but don't record systematically, who gather irrelevant information, who think casual looking is same as systematic observation, or who don't see how information connects to understanding problem.
- In the gym, balls roll into the walking path and kids trip. Jamal and Amir watch where balls roll and count how many times it happens. They write when it happens most and who is nearby. Why are the children making observations and gathering information?
Answer: To understand what happens before making a change
This question tests the 1st grade skill of making observations and gathering information about a situation people want to change (K-2-ETS1-1: Make observations and gather information to define a simple problem). Before we can solve a problem, we need to understand it fully by gathering information. Making observations means carefully watching what happens, when it happens, where it happens, and who is affected. Gathering information can include counting (how many times? how many people?), observing (what exactly happens?), asking people affected (what is difficult for them?), timing (how long does it take?), and recording what we notice (writing, drawing, making tally marks). This information helps us clearly define the problem and understand all its parts before we try to create a solution. In this scenario, students observed balls rolling into the walking path causing kids to trip. They gathered information by watching where balls rolled, counting frequency of occurrences, recording when it happened most often, and noting who was nearby during incidents. They collected information like ball rolling patterns, incident frequency, peak problem times, and people involved or affected. Choice A is correct because it accurately explains purpose: states gathering information helps understand problem before solving. This matches what the children did: they're making observations and gathering information to understand what happens with the rolling balls before trying to make any changes. Choice C represents wrong or irrelevant information. This error typically occurs when students want to blame someone without actually investigating or don't see value in systematic information gathering, preferring to make assumptions. To help students understand information gathering: Model systematic observation (watch for specific things, count occurrences, ask questions, record what you notice); contrast organized information gathering with random watching; practice specific methods (making tally marks, creating observation charts, asking focused questions, counting and recording); emphasize: we gather information BEFORE we solve, information helps us understand problem fully. Watch for: students who want to skip to solutions, who observe but don't record systematically, who gather irrelevant information, who think casual looking is same as systematic observation, or who don't see how information connects to understanding problem. Key sequence: 1) Notice problem, 2) Ask questions about it, 3) Gather information through observations and asking, 4) Use information to define problem clearly, 5) Then create solution.
- In the hallway, the class line gets slow going to lunch. Amir and Maya time the walk to the cafeteria for four days and write the minutes. They also count how many students stop to tie shoes and note where it happens (by the library door or water fountain). They learn it is slowest on Tuesday, and 4 students stop near the fountain. What information did they collect?
Answer: How long it took, who stopped, and where they stopped
This question tests the 1st grade skill of making observations and gathering information about a situation people want to change (K-2-ETS1-1: Make observations and gather information to define a simple problem). Before we can solve a problem, we need to understand it fully by gathering information. Making observations means carefully watching what happens, when it happens, where it happens, and who is affected. Gathering information can include counting (how many times? how many people?), observing (what exactly happens?), asking people affected (what is difficult for them?), timing (how long does it take?), and recording what we notice (writing, drawing, making tally marks). This information helps us clearly define the problem and understand all its parts before we try to create a solution. In this scenario, Amir and Maya observed the class line getting slow going to lunch. They gathered information by timing the walk for four days, counting how many students stopped to tie shoes, and noting where it happened. They collected information like it being slowest on Tuesday and 4 students stopping near the fountain. Choice A is correct because it accurately states the specific information collected: how long it took, who stopped, and where they stopped. This matches what the children did: they collected specific information about timing, frequency, and location to understand the problem better. Choice B represents off-topic information that doesn't relate to the line problem. This error typically occurs when students don't distinguish relevant from irrelevant information or get distracted by other topics. To help students understand information gathering: Model systematic observation (watch for specific things, count occurrences, ask questions, record what you notice); contrast organized information gathering with random watching; practice specific methods (making tally marks, creating observation charts, asking focused questions, counting and recording); emphasize: we gather information BEFORE we solve, information helps us understand problem fully. Watch for: students who want to skip to solutions, who observe but don't record systematically, who gather irrelevant information, who think casual looking is same as systematic observation, or who don't see how information connects to understanding problem.
- In the art area, glue bottles tip over and spill. Marcus and Yuki want to improve this. They watch the table during centers, count each spill with tally marks, and write down where the bottle was (near the edge or in the middle). They also ask who bumped the table and how it happened. They learn what causes most spills and where they happen. What did they find out by gathering information?
Answer: Spills happen, and they noted where and how they happened
This question tests the 1st grade skill of making observations and gathering information about a situation people want to change (K-2-ETS1-1: Make observations and gather information to define a simple problem). Before we can solve a problem, we need to understand it fully by gathering information. Making observations means carefully watching what happens, when it happens, where it happens, and who is affected. Gathering information can include counting (how many times? how many people?), observing (what exactly happens?), asking people affected (what is difficult for them?), timing (how long does it take?), and recording what we notice (writing, drawing, making tally marks). This information helps us clearly define the problem and understand all its parts before we try to create a solution. In this scenario, Marcus and Yuki watched glue spills during centers and counted them with tally marks, wrote down locations and causes, and asked who bumped the table. They gathered information by observing spills, counting with tally marks, asking about causes, and recording positions and how it happened. They collected information like where and how spills happened. Choice A is correct because it accurately states the information collected about spills occurring and their details. This matches what the children did: they observed and noted specifics to understand causes rather than assuming or discarding items. Choice D represents wrong or irrelevant information, like claiming no spills when they observed them. This error typically occurs when students want to solve the problem immediately without understanding it first, don't distinguish purposeful observation from casual looking, think any information is useful without considering relevance, don't see value in systematic information gathering, confuse different information-gathering methods. To help students understand information gathering: Model systematic observation (watch for specific things, count occurrences, ask questions, record what you notice); contrast organized information gathering with random watching; practice specific methods (making tally marks, creating observation charts, asking focused questions, counting and recording); emphasize: we gather information BEFORE we solve, information helps us understand problem fully. Watch for: students who want to skip to solutions, who observe but don't record systematically, who gather irrelevant information, who think casual looking is same as systematic observation, or who don't see how information connects to understanding problem. Key sequence: 1) Notice problem, 2) Ask questions about it, 3) Gather information through observations and asking, 4) Use information to define problem clearly, 5) Then create solution.
- In the library, some kids cannot reach the top shelf. Emma and Chen watch who tries to reach and who needs help. They write down when it happens, where the books are, and how many kids struggle. What did they find out by gathering information?
Answer: How many kids cannot reach and where the trouble is
This question tests the 1st grade skill of making observations and gathering information about a situation people want to change (K-2-ETS1-1: Make observations and gather information to define a simple problem). Before we can solve a problem, we need to understand it fully by gathering information. Making observations means carefully watching what happens, when it happens, where it happens, and who is affected. Gathering information can include counting (how many times? how many people?), observing (what exactly happens?), asking people affected (what is difficult for them?), timing (how long does it take?), and recording what we notice (writing, drawing, making tally marks). This information helps us clearly define the problem and understand all its parts before we try to create a solution. In this scenario, students observed kids having trouble reaching the top shelf in the library. They gathered information by watching who tried to reach high shelves, observing who needed help, recording when reaching problems occurred, noting where difficult books were located, and counting how many kids struggled. They collected information like the number of students who couldn't reach, specific times when the problem occurred, and locations of hard-to-reach books. Choice B is correct because it accurately states information: specifies particular information collected. This matches what the children did: they collected specific data about how many kids had trouble and where the reaching problems occurred, providing concrete information about the problem. Choice A represents off-topic information. This error typically occurs when students gather irrelevant information that doesn't help understand the actual problem of kids not being able to reach books. To help students understand information gathering: Model systematic observation (watch for specific things, count occurrences, ask questions, record what you notice); contrast organized information gathering with random watching; practice specific methods (making tally marks, creating observation charts, asking focused questions, counting and recording); emphasize: we gather information BEFORE we solve, information helps us understand problem fully. Watch for: students who want to skip to solutions, who observe but don't record systematically, who gather irrelevant information, who think casual looking is same as systematic observation, or who don't see how information connects to understanding problem. Key sequence: 1) Notice problem, 2) Ask questions about it, 3) Gather information through observations and asking, 4) Use information to define problem clearly, 5) Then create solution.
- In the classroom, pencils break often. Amir and Jamal want to improve this. They watch during writing time and count each broken pencil. They write when it breaks and who was using it. They ask kids, "What were you doing when it broke?" They learn 8 pencils broke during morning work, mostly when kids pressed hard. Why are the children making observations and gathering information?
Answer: To learn what happens before pencils break
This question tests the 1st grade skill of making observations and gathering information about a situation people want to change (K-2-ETS1-1: Make observations and gather information to define a simple problem). Before we can solve a problem, we need to understand it fully by gathering information. Making observations means carefully watching what happens, when it happens, where it happens, and who is affected. Gathering information can include counting (how many times? how many people?), observing (what exactly happens?), asking people affected (what is difficult for them?), timing (how long does it take?), and recording what we notice (writing, drawing, making tally marks). This information helps us clearly define the problem and understand all its parts before we try to create a solution. In this scenario, Amir and Jamal observed pencils breaking during writing time, counted each broken pencil, wrote when breaks happened and who was using them, and asked kids what they were doing when pencils broke. They gathered information by watching systematically during writing time, counting incidents, recording timing and users, and asking about specific behaviors. They collected information like 8 pencils broke during morning work, mostly when kids pressed hard. Choice A is correct because it accurately explains the purpose - to learn what happens before pencils break. This matches what the children did: they gathered information to understand the causes and patterns before trying to solve the problem. Choice B represents premature solution. This error typically occurs when students want to eliminate the problem entirely without understanding it first through careful observation. To help students understand information gathering: Model systematic observation (watch for specific things, count occurrences, ask questions, record what you notice); contrast organized information gathering with random watching; practice specific methods (making tally marks, creating observation charts, asking focused questions, counting and recording); emphasize: we gather information BEFORE we solve, information helps us understand problem fully. Watch for: students who want to skip to solutions, who observe but don't record systematically, who gather irrelevant information, who think casual looking is same as systematic observation, or who don't see how information connects to understanding problem. Key sequence: 1) Notice problem, 2) Ask questions about it, 3) Gather information through observations and asking, 4) Use information to define problem clearly, 5) Then create solution.
