This question tests 4th grade ability to identify and observe different types of energy transfer: sound, light, heat, and electric current (NGSS 4-PS3-2). Students must recognize evidence that energy is moving from one place to another. Energy transfer means energy moves from one place to another. Sound transfers energy through vibrations in air (or other materials). Light transfers energy through space in all directions from a source. Heat transfers energy from hotter objects to cooler objects. Electric current transfers energy through wires and conductive materials. In this scenario, Emma turns on a flashlight, points it at the wall, and a bright spot appears. The energy starts at the flashlight bulb and transfers to the wall. We can observe this transfer because we see the bright spot on the wall. This shows light energy transfer occurring. Choice B is correct because it identifies light energy transfer, which matches the observations in the scenario. The evidence that supports this is the bright spot appearing on the wall where the beam hits. This shows the student can recognize this type of energy transfer from observable effects. Choice A is incorrect because it claims sound energy transfer through air. This is wrong because there are no vibrations or sounds observed from the flashlight to the wall. Students sometimes confuse different energy types like light and sound when something is visible but silent. To help students: Create a chart of the four transfer types with examples and evidence for each. Conduct demonstrations: ring bell (sound—hear it across room), shine flashlight (light—see it on wall), heat metal spoon (heat—handle gets warm), complete circuit (electric—bulb lights). Practice identifying: What type? Where does it start? Where does it go? What's the evidence? Key vocabulary: transfer = move from place to place. All four types transfer energy but in different ways.

This question tests 4th grade ability to identify and observe different types of energy transfer: sound, light, heat, and electric current (NGSS 4-PS3-2). Students must recognize evidence that energy is moving from one place to another. Energy transfer means energy moves from one place to another. Sound transfers energy through vibrations in air (or other materials). Light transfers energy through space in all directions from a source. Heat transfers energy from hotter objects to cooler objects. Electric current transfers energy through wires and conductive materials. In this scenario, Maya rings a bell, and students hear it a moment later without seeing it. The energy starts at the bell and transfers to the students’ ears. We can observe this transfer because we hear the ringing across the room. This shows sound energy transfer occurring. Choice B is correct because it identifies sound energy transfer, which matches the observations in the scenario. The evidence that supports this is hearing the bell even when it's not visible. This shows the student can recognize this type of energy transfer from observable effects. Choice A is incorrect because it claims light energy to the eyes. This is wrong because the students cannot see the bell, so no light transfer is observed. Students sometimes confuse different energy types like sound and light when something is heard but not seen. To help students: Create a chart of the four transfer types with examples and evidence for each. Conduct demonstrations: ring bell (sound—hear it across room), shine flashlight (light—see it on wall), heat metal spoon (heat—handle gets warm), complete circuit (electric—bulb lights). Practice identifying: What type? Where does it start? Where does it go? What's the evidence? Key vocabulary: transfer = move from place to place. All four types transfer energy but in different ways.

This question tests 4th grade ability to identify and observe different types of energy transfer: sound, light, heat, and electric current (NGSS 4-PS3-2). Students must recognize evidence that energy is moving from one place to another. Energy transfer means energy moves from one place to another. Sound transfers energy through vibrations in air (or other materials). Light transfers energy through space in all directions from a source. Heat transfers energy from hotter objects to cooler objects. Electric current transfers energy through wires and conductive materials. In this scenario, sunlight creates a bright patch on the floor through the window, and the floor feels warmer. The energy starts at the sun and transfers to the floor. We can observe this transfer because we see the bright patch and feel the warmth. This shows light energy transfer occurring. Choice B is correct because it identifies light energy transfer, which matches the observations in the scenario. The evidence that supports this is the bright patch appearing on the floor from the sunlight. This shows the student can recognize this type of energy transfer from observable effects. Choice D is incorrect because it claims heat energy from the floor to the sunlight patch. This is wrong because the direction is reversed, and the primary transfer is via light, with warmth as a result. Students sometimes confuse different energy types like light and heat when light causes heating. To help students: Create a chart of the four transfer types with examples and evidence for each. Conduct demonstrations: ring bell (sound—hear it across room), shine flashlight (light—see it on wall), heat metal spoon (heat—handle gets warm), complete circuit (electric—bulb lights). Practice identifying: What type? Where does it start? Where does it go? What's the evidence? Key vocabulary: transfer = move from place to place. All four types transfer energy but in different ways.

This question tests 4th grade ability to identify and observe different types of energy transfer: sound, light, heat, and electric current (NGSS 4-PS3-2). Students must recognize evidence that energy is moving from one place to another. Energy transfer means energy moves from one place to another. Sound transfers energy through vibrations in air (or other materials). Light transfers energy through space in all directions from a source. Heat transfers energy from hotter objects to cooler objects. Electric current transfers energy through wires and conductive materials. In this scenario, Sofia holds an ice cube, her hand gets colder, and the ice starts to melt. The energy starts at Sofia’s warm hand and transfers to the cold ice cube. We can observe this transfer because we feel the hand cooling and see the ice melting. This shows heat energy transfer occurring. Choice C is correct because it identifies heat energy transfer, which matches the observations in the scenario. The evidence that supports this is the hand feeling colder and the ice melting from the warmth. This shows the student can recognize this type of energy transfer from observable effects. Choice A is incorrect because it claims sound energy transfer from the ice to the hand. This is wrong because no vibrations or sounds are observed, only temperature changes. Students sometimes confuse different energy types like heat and sound when something changes state without noise. To help students: Create a chart of the four transfer types with examples and evidence for each. Conduct demonstrations: ring bell (sound—hear it across room), shine flashlight (light—see it on wall), heat metal spoon (heat—handle gets warm), complete circuit (electric—bulb lights). Practice identifying: What type? Where does it start? Where does it go? What's the evidence? Key vocabulary: transfer = move from place to place. All four types transfer energy but in different ways.

This question tests 4th grade ability to identify and observe different types of energy transfer: sound, light, heat, and electric current (NGSS 4-PS3-2). Students must recognize evidence that energy is moving from one place to another. Energy transfer means energy moves from one place to another. Sound transfers energy through vibrations in air (or other materials). Light transfers energy through space in all directions from a source. Heat transfers energy from hotter objects to cooler objects. Electric current transfers energy through wires and conductive materials. In this scenario, Keisha plucks a guitar string softly then harder, hearing soft and loud sounds, feeling vibrations. The energy starts at the vibrating string and transfers to Keisha’s ears. We can observe this transfer because we hear the sounds and feel the vibrations. This shows sound energy transfer occurring. Choice A is correct because it identifies sound energy transfer, which matches the observations in the scenario. The evidence that supports this is hearing softer and louder sounds from the plucks. This shows the student can recognize this type of energy transfer from observable effects. Choice B is incorrect because it claims light energy to the ears. This is wrong because no light is observed from the string, only sound and vibrations. Students sometimes confuse different energy types like sound and light when vibrations are visible but the effect is audible. To help students: Create a chart of the four transfer types with examples and evidence for each. Conduct demonstrations: ring bell (sound—hear it across room), shine flashlight (light—see it on wall), heat metal spoon (heat—handle gets warm), complete circuit (electric—bulb lights). Practice identifying: What type? Where does it start? Where does it go? What's the evidence? Key vocabulary: transfer = move from place to place. All four types transfer energy but in different ways.

This question tests 4th grade ability to identify and observe different types of energy transfer: sound, light, heat, and electric current (NGSS 4-PS3-2). Students must recognize evidence that energy is moving from one place to another. Energy transfer means energy moves from one place to another. Sound transfers energy through vibrations in air (or other materials). Light transfers energy through space in all directions from a source. Heat transfers energy from hotter objects to cooler objects. Electric current transfers energy through wires and conductive materials. In this scenario, Marcus turns on a lamp aimed at a book, making the pages visible with a clear light circle. The energy starts at the lamp and transfers to the book pages. We can observe this transfer because we see the pages illuminated. This shows light energy transfer occurring. Choice C is correct because it identifies light energy transfer, which matches the observations in the scenario. The evidence that supports this is the pages becoming easy to see and the light circle on the paper. This shows the student can recognize this type of energy transfer from observable effects. Choice D is incorrect because it claims heat energy from the book to the lamp. This is wrong because no temperature change is mentioned, and the direction is reversed. Students sometimes confuse different energy types like light and heat when light causes incidental warming. To help students: Create a chart of the four transfer types with examples and evidence for each. Conduct demonstrations: ring bell (sound—hear it across room), shine flashlight (light—see it on wall), heat metal spoon (heat—handle gets warm), complete circuit (electric—bulb lights). Practice identifying: What type? Where does it start? Where does it go? What's the evidence? Key vocabulary: transfer = move from place to place. All four types transfer energy but in different ways.

This question tests 4th grade ability to identify and observe different types of energy transfer: sound, light, heat, and electric current (NGSS 4-PS3-2). Students must recognize evidence that energy is moving from one place to another. Energy transfer means energy moves from one place to another. Sound transfers energy through vibrations in air (or other materials). Light transfers energy through space in all directions from a source. Heat transfers energy from hotter objects to cooler objects. Electric current transfers energy through wires and conductive materials. In this scenario, Chen connects a battery to a bulb with wires, and the bulb lights up. The energy starts at the battery and transfers to the bulb. We can observe this transfer because the bulb turns on immediately. This shows electric current energy transfer occurring. Choice C is correct because it identifies electric current energy transfer, which matches the observations in the scenario. The evidence that supports this is the bulb lighting up when the circuit is complete. This shows the student can recognize this type of energy transfer from observable effects. Choice A is incorrect because it claims heat energy transfer through air. This is wrong because no temperature change is observed, and the transfer requires wires, not air. Students sometimes confuse different energy types like electric and heat when a device warms up as a side effect. To help students: Create a chart of the four transfer types with examples and evidence for each. Conduct demonstrations: ring bell (sound—hear it across room), shine flashlight (light—see it on wall), heat metal spoon (heat—handle gets warm), complete circuit (electric—bulb lights). Practice identifying: What type? Where does it start? Where does it go? What's the evidence? Key vocabulary: transfer = move from place to place. All four types transfer energy but in different ways.

This question tests 4th grade ability to identify and observe different types of energy transfer: sound, light, heat, and electric current (NGSS 4-PS3-2). Students must recognize evidence that energy is moving from one place to another. Energy transfer means energy moves from one place to another. Sound transfers energy through vibrations in air (or other materials). Light transfers energy through space in all directions from a source. Heat transfers energy from hotter objects to cooler objects. Electric current transfers energy through wires and conductive materials. In this scenario, Yuki plugs in a charger, connects to the phone, and the battery starts charging. The energy starts at the outlet and transfers to the phone. We can observe this transfer because the phone shows a charging symbol and battery percent rises. This shows electric current energy transfer occurring. Choice D is correct because it identifies electric current energy transfer, which matches the observations in the scenario. The evidence that supports this is the phone charging through the cord. This shows the student can recognize this type of energy transfer from observable effects. Choice B is incorrect because it claims light energy through the cord. This is wrong because no light is observed, and the transfer is through conductive materials, not light. Students sometimes confuse different energy types like electric and light when devices have screens or indicators. To help students: Create a chart of the four transfer types with examples and evidence for each. Conduct demonstrations: ring bell (sound—hear it across room), shine flashlight (light—see it on wall), heat metal spoon (heat—handle gets warm), complete circuit (electric—bulb lights). Practice identifying: What type? Where does it start? Where does it go? What's the evidence? Key vocabulary: transfer = move from place to place. All four types transfer energy but in different ways.

This question tests 4th grade ability to identify and observe different types of energy transfer: sound, light, heat, and electric current (NGSS 4-PS3-2). Students must recognize evidence that energy is moving from one place to another. Energy transfer means energy moves from one place to another. Sound transfers energy through vibrations in air (or other materials). Light transfers energy through space in all directions from a source. Heat transfers energy from hotter objects to cooler objects. Electric current transfers energy through wires and conductive materials. In this scenario, Amir puts a spoon in warm soup, and the spoon handle warms up. The energy starts at the soup and transfers to the spoon handle. We can observe this transfer because we feel the handle getting warmer. This shows heat energy transfer occurring. Choice A is correct because it identifies heat energy transfer, which matches the observations in the scenario. The evidence that supports this is the spoon handle feeling warmer after contact with the soup. This shows the student can recognize this type of energy transfer from observable effects. Choice B is incorrect because it claims sound energy making the handle louder. This is wrong because no sounds or vibrations are observed, only temperature change. Students sometimes confuse different energy types like heat and sound when an object changes without noise. To help students: Create a chart of the four transfer types with examples and evidence for each. Conduct demonstrations: ring bell (sound—hear it across room), shine flashlight (light—see it on wall), heat metal spoon (heat—handle gets warm), complete circuit (electric—bulb lights). Practice identifying: What type? Where does it start? Where does it go? What's the evidence? Key vocabulary: transfer = move from place to place. All four types transfer energy but in different ways.

This question tests 4th grade ability to identify and observe different types of energy transfer: sound, light, heat, and electric current (NGSS 4-PS3-2). Students must recognize evidence that energy is moving from one place to another. Energy transfer means energy moves from one place to another. Sound transfers energy through vibrations in air (or other materials). Light transfers energy through space in all directions from a source. Heat transfers energy from hotter objects to cooler objects. Electric current transfers energy through wires and conductive materials. In this scenario, Jamal claps his hands, and students hear the clap, which sounds quieter farther away. The energy starts at Jamal’s hands and transfers to the students’ ears. We can observe this transfer because we hear the sound across the room. This shows sound energy transfer occurring. Choice A is correct because it identifies sound energy transfer, which matches the observations in the scenario. The evidence that supports this is hearing the clap from across the room, quieter at a distance. This shows the student can recognize this type of energy transfer from observable effects. Choice B is incorrect because it claims light energy transfer to the eyes. This is wrong because no light is observed coming from the clap, only sound. Students sometimes confuse different energy types like sound and light when something is audible but not visible. To help students: Create a chart of the four transfer types with examples and evidence for each. Conduct demonstrations: ring bell (sound—hear it across room), shine flashlight (light—see it on wall), heat metal spoon (heat—handle gets warm), complete circuit (electric—bulb lights). Practice identifying: What type? Where does it start? Where does it go? What's the evidence? Key vocabulary: transfer = move from place to place. All four types transfer energy but in different ways.