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, Yuki and Chen observed slow station transitions, counted students who forgot where to go, timed moves to each station, wrote where kids stop, and asked what was confusing. They gathered information by watching transitions systematically, counting specific behaviors, timing movements, recording stopping points, and asking focused questions. They collected information like most kids stop at the cone signs on Tuesdays. Choice A is correct because it accurately describes multiple observation methods - watching, counting, timing, and asking questions. This matches what the children did: they used multiple systematic methods to gather comprehensive information about the problem. Choice B represents jumping to solving without information. This error typically occurs when students want to change things immediately without first understanding the problem through data collection. 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.

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, Jamal and Sofia observed milk spills near the trash cans. They gathered information by watching the line for three lunches, making tally marks each time milk spilled, writing where it happened, and asking the lunch helper when it happens most. They collected information like 4 spills happening by the trash, mostly on Monday. Choice A is correct because it accurately describes the observation method used: watching the line and making tally marks for spills. This matches what the children did: they systematically observed and counted rather than just guessing or immediately trying solutions. Choice B 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.

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.

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 a slow hallway routine after lunch by timing how long lining up took each day. They gathered information by timing the lineup process daily, counting how many kids forgot to be quiet, and recording where problems happened most often. They collected information like specific time measurements for lining up, the number of students forgetting rules, and locations where issues occurred most frequently. Choice A is correct because it accurately states information: specifies particular information collected. This matches what the children did: they collected specific, relevant data about timing and behavior patterns that directly relate to the slow hallway routine problem. Choice B represents off-topic information. This error typically occurs when students think any information is useful without considering relevance to the actual problem being studied. 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.

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.

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 watched kids on the monkey bars during recesses and counted how many slipped, wrote notes on when it happened, and asked who felt scared. They gathered information by observing carefully what happened, counting slips, asking students about feelings, and recording notes on timing. They collected information like who had trouble and how often it happened. Choice B is correct because it accurately describes the observation, counting, and recording methods used. This matches what the children did: they systematically watched, counted, and noted details rather than guessing or changing things without info. Choice D represents guessing without systematic observation, like assuming without watching or collecting data. 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.

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, Yuki and Maya watched the slide during recesses and made tally marks for stuck kids, noted who and weather conditions. They gathered information by observing incidents, counting with tally marks, recording who and when (wet/dry days). They collected information like who got stuck and if it was wet or dry. Choice A is correct because it accurately specifies the information collected about affected kids and conditions. This matches what the children did: they noted details to understand when most trouble occurred. Choice C represents irrelevant information, like stars not connected to slide problems. 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.

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.

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, Amir, and Marcus observed getting ready for math after recess and timed how long it took; they counted students still putting away coats and wrote down causes of delays. They gathered information by timing over three days, counting students, and recording causes. They collected information like it takes 6 minutes on Tuesday, and 7 students were still putting coats away. Choice A is correct because it accurately states the information collected about times, counts of students, and what caused delays. 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 jumping to solving without information, like collecting a plan to move recess to night. 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.

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.