Phases of Matter & The Role of Heat Energy

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Heat, particles, and phase changes

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Nasrima M. Guinar

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Froggy Jumps Phases of Matter & The Role of Heat EnergyVersión en línea Heat, particles, and phase changes por Nasrima M. Guinar 1 1. How are particles arranged in a solid state? a B. Packed tightly together and vibrating in fixed positions b C. Loosely held and sliding past each other c A. Far apart and moving freely in all directions 2 2. What happens to particle speed in ice when heat is added? a A. They move slower and lock in place b C. They vibrate faster and begin to break free from fixed positions c B. They stop moving completely 3 3. Which phase change occurs when liquid water becomes water vapor? a A. Melting b D. Evaporation c B. Freezing 4 4. Melting and evaporation both require heat to be: a A. Absorbed / Added b B. Released / Removed c C. Destroyed 5 5. Real-world scenario: ice cream melts under the sun. The heat action is: a Added heat leading to melting b Heat removed to freeze c Heat added to evaporate 6 6. Wet clothes drying on a line involve which phase change? a B. Liquid to Gas (evaporation) b A. Gas to Liquid (condensation) c C. Solid to Liquid (melting) 7 7. In the phase change diagram, what is Process A likely to be? a B. Liquid to Gas (evaporation) b C. Gas to Liquid (condensation) c A. Solid to Liquid (melting) 8 8. During freezing, what happens to particle motion? a B. Slows down b C. Unchanged c A. Speeds up 9 9. Condensation in a Cup Lab explains moisture on the cup came from: a C. Evaporated from the cup itself b B. Water leaking from inside the cup c A. Water in the air cooling and condensing on the cup 10 10. How is heat energy involved in phase changes? a B. Always removed b C. Never involved c A. Added during melting/evaporation and removed during freezing/condensation

Froggy Jumps

Phases of Matter & The Role of Heat EnergyVersión en línea

Heat, particles, and phase changes

por Nasrima M. Guinar

1. How are particles arranged in a solid state?

B. Packed tightly together and vibrating in fixed positions

C. Loosely held and sliding past each other

A. Far apart and moving freely in all directions

2. What happens to particle speed in ice when heat is added?

A. They move slower and lock in place

C. They vibrate faster and begin to break free from fixed positions

B. They stop moving completely

3. Which phase change occurs when liquid water becomes water vapor?

A. Melting

D. Evaporation

B. Freezing

4. Melting and evaporation both require heat to be:

A. Absorbed / Added

B. Released / Removed

C. Destroyed

5. Real-world scenario: ice cream melts under the sun. The heat action is:

Added heat leading to melting

Heat removed to freeze

Heat added to evaporate

6. Wet clothes drying on a line involve which phase change?

B. Liquid to Gas (evaporation)

A. Gas to Liquid (condensation)

C. Solid to Liquid (melting)

7. In the phase change diagram, what is Process A likely to be?

B. Liquid to Gas (evaporation)

C. Gas to Liquid (condensation)

A. Solid to Liquid (melting)

8. During freezing, what happens to particle motion?

B. Slows down

C. Unchanged

A. Speeds up

9. Condensation in a Cup Lab explains moisture on the cup came from:

C. Evaporated from the cup itself

B. Water leaking from inside the cup

A. Water in the air cooling and condensing on the cup

10. How is heat energy involved in phase changes?

B. Always removed

C. Never involved

A. Added during melting/evaporation and removed during freezing/condensation

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Phases of Matter & The Role of Heat Energy

Froggy Jumps

Sobre esta actividad

Creada por

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Phases of Matter & The Role of Heat EnergyVersión en línea

por Nasrima M. Guinar

1. How are particles arranged in a solid state?

2. What happens to particle speed in ice when heat is added?

3. Which phase change occurs when liquid water becomes water vapor?

4. Melting and evaporation both require heat to be:

5. Real-world scenario: ice cream melts under the sun. The heat action is:

6. Wet clothes drying on a line involve which phase change?

7. In the phase change diagram, what is Process A likely to be?

8. During freezing, what happens to particle motion?

9. Condensation in a Cup Lab explains moisture on the cup came from:

10. How is heat energy involved in phase changes?

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