This question assesses the skill 1-PS4-3: Plan and conduct an investigation to determine the effect of placing objects made with different materials in the path of a beam of light - planning investigation part. This investigation tests how different materials affect light. Some materials let light pass through them - we call these transparent (like clear plastic or glass). Some materials let only some light through - translucent (like wax paper). Other materials block light completely - opaque (like cardboard or wood). When light is blocked, we see a shadow. Testing different materials helps us understand they have different properties. Maya's plan tests three materials: plastic wrap, paper, and a book. The procedure is: shine a lamp at the wall, then hold each material in the beam, observing shadows. Maya should observe if the shadow is dark, light, or none, depending on if light is blocked completely, partially, or not at all. Different materials will show different results. The correct answer says 'The thick book will make a dark shadow' which correctly identifies the prediction that opaque blocks light. This shows understanding that materials have different properties related to light transmission. A distractor like 'All three will make the same dark shadow' is wrong because it claims all materials have the same effect. Students might choose this if they don't understand materials have different properties. Before investigation, show examples: 'Can you see through clear plastic? Can you see through cardboard?' to establish transparent vs. opaque. During investigation: 'What do you see on the wall? Bright light, dim light, or dark/shadow?' Record results in simple chart: Material | Light passes? (yes/some/no). Explain: Transparent materials have properties that let light pass through. Opaque materials' properties block light. That's why we can see through windows (glass is transparent) but not walls (opaque). Connect to everyday: 'Why can you see through your water bottle but not your lunchbox?' Watch for: students who focus on unrelated properties (color, weight, size) instead of light transmission, or who think all materials should affect light the same way.

This question assesses the skill 1-PS4-3: Plan and conduct an investigation to determine the effect of placing objects made with different materials in the path of a beam of light - planning investigation part. This investigation tests how different materials affect light. Some materials let light pass through them - we call these transparent (like clear plastic or glass). Some materials let only some light through - translucent (like wax paper). Other materials block light completely - opaque (like cardboard or wood). When light is blocked, we see a shadow. Testing different materials helps us understand they have different properties. Marcus's plan tests three materials: plastic wrap, paper, and a book. The procedure is: shine a lamp at the wall, hold each material, and observe shadows. Marcus should observe if the shadow on the wall is dark, light, or none, based on light transmission. Different materials will show different results. The correct answer says 'If the shadow on the wall is dark, light, or none' which correctly identifies what to observe. This shows understanding that materials have different properties related to light transmission. A distractor like 'If the materials smell different in the light' is wrong because it focuses on an irrelevant material property. Students might choose this if they confuse properties like smell with light transmission. Before investigation, show examples: 'Can you see through clear plastic? Can you see through cardboard?' to establish transparent vs. opaque. During investigation: 'What do you see on the wall? Bright light, dim light, or dark/shadow?' Record results in simple chart: Material | Light passes? (yes/some/no). Explain: Transparent materials have properties that let light pass through. Opaque materials' properties block light. That's why we can see through windows (glass is transparent) but not walls (opaque). Connect to everyday: 'Why can you see through your water bottle but not your lunchbox?' Watch for: students who focus on unrelated properties (color, weight, size) instead of light transmission, or who think all materials should affect light the same way.

This question assesses the skill 1-PS4-3: Plan and conduct an investigation to determine the effect of placing objects made with different materials in the path of a beam of light - planning investigation part. This investigation tests how different materials affect light. Some materials let light pass through them - we call these transparent (like clear plastic or glass). Some materials let only some light through - translucent (like wax paper). Other materials block light completely - opaque (like cardboard or wood). When light is blocked, we see a shadow. Testing different materials helps us understand they have different properties. Sofia's plan tests materials by shining a flashlight through them. The procedure is: shine the light through each material and observe what happens. Sofia should observe if light passes through completely, partially, or not at all, noting if there's a bright spot, dim spot, or dark shadow. Different materials will show different results. The correct answer says 'The light will be blocked and make a dark shadow' which correctly identifies the prediction that opaque materials like cardboard block light. This shows understanding that materials have different properties related to light transmission. A distractor like 'The light will pass through and stay bright' is wrong because it reverses opaque predictions for cardboard. Students might choose this if they don't predict based on material type. Before investigation, show examples: 'Can you see through clear plastic? Can you see through cardboard?' to establish transparent vs. opaque. During investigation: 'What do you see on the wall? Bright light, dim light, or dark/shadow?' Record results in simple chart: Material | Light passes? (yes/some/no). Explain: Transparent materials have properties that let light pass through. Opaque materials' properties block light. That's why we can see through windows (glass is transparent) but not walls (opaque). Connect to everyday: 'Why can you see through your water bottle but not your lunchbox?' Watch for: students who focus on unrelated properties (color, weight, size) instead of light transmission, or who think all materials should affect light the same way.

This question assesses the skill 1-PS4-3: Plan and conduct an investigation to determine the effect of placing objects made with different materials in the path of a beam of light - planning investigation part. This investigation tests how different materials affect light. Some materials let light pass through them - we call these transparent (like clear plastic or glass). Some materials let only some light through - translucent (like wax paper). Other materials block light completely - opaque (like cardboard or wood). When light is blocked, we see a shadow. Testing different materials helps us understand they have different properties. Carlos's plan tests wax paper by shining a flashlight at a wall then holding it in front. The procedure is: shine the light, hold the material, and observe the light on the wall. Carlos should observe if light passes partially, making it dim, or other effects. Different materials will show different results. The correct answer says 'The light will be dim because some light passes through' which correctly identifies the prediction for translucent materials. This shows understanding that materials have different properties related to light transmission. A distractor like 'The light will be gone because no light passes through' is wrong because it reverses translucent predictions. Students might choose this if they don't predict based on material type. Before investigation, show examples: 'Can you see through clear plastic? Can you see through cardboard?' to establish transparent vs. opaque. During investigation: 'What do you see on the wall? Bright light, dim light, or dark/shadow?' Record results in simple chart: Material | Light passes? (yes/some/no). Explain: Transparent materials have properties that let light pass through. Opaque materials' properties block light. That's why we can see through windows (glass is transparent) but not walls (opaque). Connect to everyday: 'Why can you see through your water bottle but not your lunchbox?' Watch for: students who focus on unrelated properties (color, weight, size) instead of light transmission, or who think all materials should affect light the same way.

This question assesses the skill 1-PS4-3: Plan and conduct an investigation to determine the effect of placing objects made with different materials in the path of a beam of light - planning investigation part. This investigation tests how different materials affect light. Some materials let light pass through them - we call these transparent (like clear plastic or glass). Some materials let only some light through - translucent (like wax paper). Other materials block light completely - opaque (like cardboard or wood). When light is blocked, we see a shadow. Testing different materials helps us understand they have different properties. Keisha's plan tests three materials: clear plastic, wax paper, and cardboard. The procedure is: shine light through each and observe effects. Keisha should observe if light passes completely, partially, or not at all, learning about material properties. Different materials will show different results. The correct answer says 'Some materials let light through, and some materials block light' which correctly identifies what the investigation will teach. This shows understanding that materials have different properties related to light transmission. A distractor like 'All materials let the same amount of light through' is wrong because it claims all materials have the same effect. Students might choose this if they don't understand materials have different properties. Before investigation, show examples: 'Can you see through clear plastic? Can you see through cardboard?' to establish transparent vs. opaque. During investigation: 'What do you see on the wall? Bright light, dim light, or dark/shadow?' Record results in simple chart: Material | Light passes? (yes/some/no). Explain: Transparent materials have properties that let light pass through. Opaque materials' properties block light. That's why we can see through windows (glass is transparent) but not walls (opaque). Connect to everyday: 'Why can you see through your water bottle but not your lunchbox?' Watch for: students who focus on unrelated properties (color, weight, size) instead of light transmission, or who think all materials should affect light the same way.

This question assesses the skill 1-PS4-3: Plan and conduct an investigation to determine the effect of placing objects made with different materials in the path of a beam of light - planning investigation part. This investigation tests how different materials affect light. Some materials let light pass through them - we call these transparent (like clear plastic or glass). Some materials let only some light through - translucent (like wax paper). Other materials block light completely - opaque (like cardboard or wood). When light is blocked, we see a shadow. Testing different materials helps us understand they have different properties. Emma's plan tests three materials: clear plastic, wax paper, and cardboard. The procedure is: shine the flashlight at the wall first, then hold each material in the beam one by one, observing what happens. Emma should observe if light passes through completely, partially, or not at all, with shadows being none, light, or dark. Different materials will show different results. The correct answer says 'Shine the flashlight at the wall' which correctly identifies the proper procedure for testing materials systematically by starting with the light source. This shows understanding that materials have different properties related to light transmission. A distractor like 'Turn off the flashlight and leave the room' is wrong because it describes a wrong procedure that stops the investigation. Students might choose this if they don't understand the sequence of steps in planning an investigation. Before investigation, show examples: 'Can you see through clear plastic? Can you see through cardboard?' to establish transparent vs. opaque. During investigation: 'What do you see on the wall? Bright light, dim light, or dark/shadow?' Record results in simple chart: Material | Light passes? (yes/some/no). Explain: Transparent materials have properties that let light pass through. Opaque materials' properties block light. That's why we can see through windows (glass is transparent) but not walls (opaque). Connect to everyday: 'Why can you see through your water bottle but not your lunchbox?' Watch for: students who focus on unrelated properties (color, weight, size) instead of light transmission, or who think all materials should affect light the same way.

This question assesses the skill 1-PS4-3: Plan and conduct an investigation to determine the effect of placing objects made with different materials in the path of a beam of light - planning investigation part. This investigation tests how different materials affect light. Some materials let light pass through them - we call these transparent (like clear plastic or glass). Some materials let only some light through - translucent (like wax paper). Other materials block light completely - opaque (like cardboard or wood). When light is blocked, we see a shadow. Testing different materials helps us understand they have different properties. Chen's plan tests three materials: clear plastic, wax paper, and cardboard. The procedure is: shine light through each material and observe the effects. Chen should observe if light passes through completely, partially, or not at all, with bright, dim, or dark results. Different materials will show different results. The correct answer says 'Clear plastic will let light pass through' which correctly identifies the prediction that transparent allows light. This shows understanding that materials have different properties related to light transmission. A distractor like 'All materials will block light the same way' is wrong because it claims all materials have the same effect. Students might choose this if they don't understand materials have different properties. Before investigation, show examples: 'Can you see through clear plastic? Can you see through cardboard?' to establish transparent vs. opaque. During investigation: 'What do you see on the wall? Bright light, dim light, or dark/shadow?' Record results in simple chart: Material | Light passes? (yes/some/no). Explain: Transparent materials have properties that let light pass through. Opaque materials' properties block light. That's why we can see through windows (glass is transparent) but not walls (opaque). Connect to everyday: 'Why can you see through your water bottle but not your lunchbox?' Watch for: students who focus on unrelated properties (color, weight, size) instead of light transmission, or who think all materials should affect light the same way.

This question assesses the skill 1-PS4-3: Plan and conduct an investigation to determine the effect of placing objects made with different materials in the path of a beam of light - planning investigation part. This investigation tests how different materials affect light. Some materials let light pass through them - we call these transparent (like clear plastic or glass). Some materials let only some light through - translucent (like wax paper). Other materials block light completely - opaque (like cardboard or wood). When light is blocked, we see a shadow. Testing different materials helps us understand they have different properties. Yuki's plan tests materials: clear plastic, wax paper, and implied cardboard. The procedure is: shine flashlight at wall, hold clear plastic, then wax paper, then cardboard, observing each. Yuki should observe if light passes completely, partially, or not at all, with varying shadows. Different materials will show different results. The correct answer says 'Hold cardboard in front of the light' which correctly identifies the proper procedure for testing materials systematically. This shows understanding that materials have different properties related to light transmission. A distractor like 'Look away and stop the investigation' is wrong because it describes a wrong procedure. Students might choose this if they don't understand the sequence in planning. Before investigation, show examples: 'Can you see through clear plastic? Can you see through cardboard?' to establish transparent vs. opaque. During investigation: 'What do you see on the wall? Bright light, dim light, or dark/shadow?' Record results in simple chart: Material | Light passes? (yes/some/no). Explain: Transparent materials have properties that let light pass through. Opaque materials' properties block light. That's why we can see through windows (glass is transparent) but not walls (opaque). Connect to everyday: 'Why can you see through your water bottle but not your lunchbox?' Watch for: students who focus on unrelated properties (color, weight, size) instead of light transmission, or who think all materials should affect light the same way.

This question assesses the skill 1-PS4-3: Plan and conduct an investigation to determine the effect of placing objects made with different materials in the path of a beam of light - planning investigation part. This investigation tests how different materials affect light. Some materials let light pass through them - we call these transparent (like clear plastic or glass). Some materials let only some light through - translucent (like wax paper). Other materials block light completely - opaque (like cardboard or wood). When light is blocked, we see a shadow. Testing different materials helps us understand they have different properties. Amir's plan tests materials by holding them in a light beam. The procedure is: shine the light and hold each material in the path, observing effects. Amir should observe if light passes through completely, partially, or not at all, noting bright, dim, or dark spots. Different materials will show different results. The correct answer says 'Which materials let light pass through or block it' which correctly identifies the investigation purpose: testing how materials affect light. This shows understanding that materials have different properties related to light transmission. A distractor like 'Which flashlight has the brightest battery' is wrong because it identifies a wrong purpose unrelated to light and materials. Students might choose this if they think the investigation is about the light source not materials. Before investigation, show examples: 'Can you see through clear plastic? Can you see through cardboard?' to establish transparent vs. opaque. During investigation: 'What do you see on the wall? Bright light, dim light, or dark/shadow?' Record results in simple chart: Material | Light passes? (yes/some/no). Explain: Transparent materials have properties that let light pass through. Opaque materials' properties block light. That's why we can see through windows (glass is transparent) but not walls (opaque). Connect to everyday: 'Why can you see through your water bottle but not your lunchbox?' Watch for: students who focus on unrelated properties (color, weight, size) instead of light transmission, or who think all materials should affect light the same way.

This question assesses the skill 1-PS4-3: Plan and conduct an investigation to determine the effect of placing objects made with different materials in the path of a beam of light - planning investigation part. This investigation tests how different materials affect light. Some materials let light pass through them - we call these transparent (like clear plastic or glass). Some materials let only some light through - translucent (like wax paper). Other materials block light completely - opaque (like cardboard or wood). When light is blocked, we see a shadow. Testing different materials helps us understand they have different properties. Jamal's plan tests three materials: clear plastic, wax paper, and cardboard. The procedure is: shine a flashlight, then hold each material in the beam one at a time, and observe what happens to the light on the wall. Jamal should observe if the light passes through completely, partially, or not at all, noting if the spot is bright, dim, or dark. Different materials will show different results. The correct answer says 'If the light on the wall is bright, dim, or dark' which correctly identifies what to observe in the investigation. This shows understanding that materials have different properties related to light transmission. A distractor like 'How heavy each material feels in his hand' is wrong because it focuses on an irrelevant material property unrelated to light. Students might choose this if they confuse material properties like weight with light transmission. Before investigation, show examples: 'Can you see through clear plastic? Can you see through cardboard?' to establish transparent vs. opaque. During investigation: 'What do you see on the wall? Bright light, dim light, or dark/shadow?' Record results in simple chart: Material | Light passes? (yes/some/no). Explain: Transparent materials have properties that let light pass through. Opaque materials' properties block light. That's why we can see through windows (glass is transparent) but not walls (opaque). Connect to everyday: 'Why can you see through your water bottle but not your lunchbox?' Watch for: students who focus on unrelated properties (color, weight, size) instead of light transmission, or who think all materials should affect light the same way.