This question tests the 1st grade skill of describing the sun's apparent movement across the sky during the day (1-ESS1-1: Use observations of the sun to describe patterns that can be predicted). The sun appears to move across the sky during the day: it appears low in the sky in the morning (near the horizon), rises to be high in the sky at noon or midday, and appears low again in the evening. This pattern happens every day and can be observed through shadows, the sun's position relative to landmarks, or by safely observing at different times. In this observation, Carlos watched a stick's shadow move during the day - this evidence shows that the sun must be changing position, because a stationary object's shadow only moves when the light source (sun) moves. Choice A is correct because it accurately describes that moving shadows show the sun appears to move across the sky - this is the fundamental observation that helps students understand the sun's daily pattern. Choice B shows the stationary sun error, claiming the sun stays in one place, which typically occurs when students haven't yet connected shadow movement to sun movement or think shadows move for other reasons. To help students understand: Have them observe shadows at morning, noon, and afternoon on same sunny day; use a lamp and globe to show how position change creates shadows; draw pictures of sun's position at different times; keep a daily 'sun diary' marking sun's position. Watch for: students who think sun only moves because they move, who confuse moon and sun, who don't recognize this as predictable daily pattern, or who think sun's position depends on weather or activities.

This question tests the 1st grade skill of describing the sun's apparent movement across the sky during the day (1-ESS1-1: Use observations of the sun to describe patterns that can be predicted). The sun appears to move across the sky during the day: it appears low in the sky in the morning (near the horizon), rises to be high in the sky at noon or midday, and appears low again in the evening. This pattern happens every day and can be observed through shadows, the sun's position relative to landmarks, or by safely observing at different times. In this observation, Chen noticed the morning shadow is long, which shows that the sun must be low in the sky - when the sun is near the horizon in the morning, it creates long shadows because light comes from a low angle. Choice A is correct because it accurately describes that when morning shadows are long, the sun appears low in the sky - this is the consistent pattern students observe each morning. Choice B shows the opposite error, claiming the sun is high in the morning, which typically occurs when students haven't yet connected shadow length to sun position or don't recognize morning as a specific time when the sun is low. To help students understand: Have them observe shadows at morning, noon, and afternoon on same sunny day; use a lamp and globe to show how position change creates shadows; draw pictures of sun's position at different times; keep a daily 'sun diary' marking sun's position. Watch for: students who think sun only moves because they move, who confuse moon and sun, who don't recognize this as predictable daily pattern, or who think sun's position depends on weather or activities.

This question tests the 1st grade skill of describing the sun's apparent movement across the sky during the day (1-ESS1-1: Use observations of the sun to describe patterns that can be predicted). The sun appears to move across the sky during the day: it appears low in the sky in the morning (near the horizon), rises to be high in the sky at noon or midday, and appears low again in the evening. This pattern happens every day and can be observed through shadows, the sun's position relative to landmarks, or by safely observing at different times. In this observation, Maya noticed her shadow got longer after lunch, which shows that the sun is moving lower in the sky - as the afternoon progresses, the sun descends from its high noon position toward the horizon. Choice B is correct because it accurately describes that when shadows get longer after lunch, the sun appears low in the sky - this matches the afternoon pattern of the sun descending. Choice A shows the error of thinking the sun continues rising all day, which typically occurs when students don't yet understand that the sun rises until noon then descends, or they focus only on morning observations. To help students understand: Have them observe shadows at morning, noon, and afternoon on same sunny day; use a lamp and globe to show how position change creates shadows; draw pictures of sun's position at different times; keep a daily 'sun diary' marking sun's position. Watch for: students who think sun only moves because they move, who confuse moon and sun, who don't recognize this as predictable daily pattern, or who think sun's position depends on weather or activities.

This question tests the 1st grade skill of describing the sun's apparent movement across the sky during the day (1-ESS1-1: Use observations of the sun to describe patterns that can be predicted). The sun appears to move across the sky during the day: it appears low in the sky in the morning (near the horizon), rises to be high in the sky at noon or midday, and appears low again in the evening. This pattern happens every day and can be observed through shadows, the sun's position relative to landmarks, or by safely observing at different times. In this picture sequence, Amir's teacher showed photos of the sun low in the morning, high at lunch, and low in the afternoon, which shows the sun's position changing throughout the day. Choice A is correct because it accurately describes the pattern shown: the sun appears to move across the sky, which matches the observations of different positions at different times. Choice B shows the error of claiming no movement, which typically occurs when students remember only one observation or don't yet track changes over time. To help students understand: Have them observe shadows at morning, noon, and afternoon on the same sunny day; use a lamp and globe to show how position change creates shadows; draw pictures of sun's position at different times; keep a daily 'sun diary' marking sun's position. Watch for: students who think sun only moves because they move, who confuse moon and sun, who don't recognize this as predictable daily pattern, or who think sun's position depends on weather or activities.

This question tests the 1st grade skill of describing the sun's apparent movement across the sky during the day (1-ESS1-1: Use observations of the sun to describe patterns that can be predicted). The sun appears to move across the sky during the day: it appears low in the sky in the morning (near the horizon), rises to be high in the sky at noon or midday, and appears low again in the evening. This pattern happens every day and can be observed through shadows, the sun's position relative to landmarks, or by safely observing at different times. In this observation, Keisha watched a shadow that was long in the morning, short at lunch, and long in the evening. This evidence shows the sun's position changing from low in the morning to high at lunch to low in the evening. Choice A is correct because it accurately describes the sun appearing low in the sky in the evening, which matches the long shadow observed then. Choice B shows a partial observation error, claiming the sun is highest in the evening. This error typically occurs when students reverse the cause-effect of shadows or confuse times of day. To help students understand: Have them observe shadows at morning, noon, and afternoon on the same sunny day; use a lamp and globe to show how position change creates shadows; draw pictures of sun's position at different times; keep a daily 'sun diary' marking sun's position. Watch for: students who think sun only moves because they move, who confuse moon and sun, who don't recognize this as predictable daily pattern, or who think sun's position depends on weather or activities.

This question tests the 1st grade skill of describing the sun's apparent movement across the sky during the day (1-ESS1-1: Use observations of the sun to describe patterns that can be predicted). The sun appears to move across the sky during the day: it appears low in the sky in the morning (near the horizon), rises to be high in the sky at noon or midday, and appears low again in the evening. This pattern happens every day and can be observed through shadows, the sun's position relative to landmarks, or by safely observing at different times. In this observation, Emma noted her shadow was shortest at lunch without looking at the sun. This evidence shows the sun's position was high at lunch, as shorter shadows indicate the sun is higher in the sky. Choice C is correct because it accurately describes the sun appearing high in the sky when the shadow is shortest. Choice D shows nighttime confusion, claiming the sun appears only at night. This error typically occurs when students confuse the sun with the moon or don't distinguish day and night patterns. To help students understand: Have them observe shadows at morning, noon, and afternoon on the same sunny day; use a lamp and globe to show how position change creates shadows; draw pictures of sun's position at different times; keep a daily 'sun diary' marking sun's position. Watch for: students who think sun only moves because they move, who confuse moon and sun, who don't recognize this as predictable daily pattern, or who think sun's position depends on weather or activities.

This question tests the 1st grade skill of describing the sun's apparent movement across the sky during the day (1-ESS1-1: Use observations of the sun to describe patterns that can be predicted). The sun appears to move across the sky during the day: it appears low in the sky in the morning (near the horizon), rises to be high in the sky at noon or midday, and appears low again in the evening. This pattern happens every day and can be observed through shadows, the sun's position relative to landmarks, or by safely observing at different times. In this observation, Marcus used shadows safely, noting they were long in the morning, short at noon, and long in the afternoon. This evidence shows the sun's position changing from low in the morning to high at noon to low in the afternoon. Choice A is correct because it accurately describes the sun appearing low in the sky in the morning, which matches the long shadows observed then. Choice B shows a reversed pattern, claiming the sun is highest in the morning. This error typically occurs when students confuse morning and midday or reverse shadow length meanings. To help students understand: Have them observe shadows at morning, noon, and afternoon on the same sunny day; use a lamp and globe to show how position change creates shadows; draw pictures of sun's position at different times; keep a daily 'sun diary' marking sun's position. Watch for: students who think sun only moves because they move, who confuse moon and sun, who don't recognize this as predictable daily pattern, or who think sun's position depends on weather or activities.

This question tests the 1st grade skill of describing the sun's apparent movement across the sky during the day (1-ESS1-1: Use observations of the sun to describe patterns that can be predicted). The sun appears to move across the sky during the day: it appears low in the sky in the morning (near the horizon), rises to be high in the sky at noon or midday, and appears low again in the evening. This pattern happens every day and can be observed through shadows, the sun's position relative to landmarks, or by safely observing at different times. In this observation, Yuki noticed sunlight moving to different classroom windows during the day. This evidence shows the sun's position changing from low in the east in morning to high at noon to low in the west in evening. Choice A is correct because it accurately describes the sun appearing to move across the sky, matching the sunlight appearing in different windows at different times. Choice B shows the error of no movement, claiming the sun stays in one spot. This error typically occurs when students don't connect observations like moving sunlight to the sun's apparent motion. To help students understand: Have them observe shadows at morning, noon, and afternoon on the same sunny day; use a lamp and globe to show how position change creates shadows; draw pictures of sun's position at different times; keep a daily 'sun diary' marking sun's position. Watch for: students who think sun only moves because they move, who confuse moon and sun, who don't recognize this as predictable daily pattern, or who think sun's position depends on weather or activities.

This question tests the 1st grade skill of describing the sun's apparent movement across the sky during the day (1-ESS1-1: Use observations of the sun to describe patterns that can be predicted). The sun appears to move across the sky during the day: it appears low in the sky in the morning (near the horizon), rises to be high in the sky at noon or midday, and appears low again in the evening. This pattern happens every day and can be observed through shadows, the sun's position relative to landmarks, or by safely observing at different times. In this observation, Sofia watched her shadow change from long in the morning, to short at lunch, to long in the afternoon - this evidence shows the sun's position changing from low in the morning to high at midday to low again in the afternoon. Choice A is correct because it accurately describes the pattern shown: the sun appears low, then high, then low, which matches the shadow observations of long-short-long that Sofia recorded. Choice B shows the reversed pattern error, claiming the sun goes high-low-high, which typically occurs when students confuse the shadow pattern with the sun's position or mix up cause and effect. To help students understand: Have them observe shadows at morning, noon, and afternoon on same sunny day; use a lamp and globe to show how position change creates shadows; draw pictures of sun's position at different times; keep a daily 'sun diary' marking sun's position. Watch for: students who think sun only moves because they move, who confuse moon and sun, who don't recognize this as predictable daily pattern, or who think sun's position depends on weather or activities.

This question tests the 1st grade skill of describing the sun's apparent movement across the sky during the day (1-ESS1-1: Use observations of the sun to describe patterns that can be predicted). The sun appears to move across the sky during the day: it appears low in the sky in the morning (near the horizon), rises to be high in the sky at noon or midday, and appears low again in the evening. This pattern happens every day and can be observed through shadows, the sun's position relative to landmarks, or by safely observing at different times. In this observation, Keisha's shadow was shortest at lunch (when sun is highest), and the question asks about the afternoon - following the daily pattern, the sun will descend and appear lower in the sky during afternoon hours. Choice A is correct because it accurately describes that the sun appears low in the sky in the afternoon, following the predictable pattern of high at noon then descending to low. Choice B shows the nighttime confusion error, claiming the sun is highest at night, which typically occurs when students confuse different sky objects or don't understand that the sun is only visible during daytime. To help students understand: Have them observe shadows at morning, noon, and afternoon on same sunny day; use a lamp and globe to show how position change creates shadows; draw pictures of sun's position at different times; keep a daily 'sun diary' marking sun's position. Watch for: students who think sun only moves because they move, who confuse moon and sun, who don't recognize this as predictable daily pattern, or who think sun's position depends on weather or activities.