Review Game Zone
Games
Test
Preview
Back
Match it!
Match it! Select the correct answer from the pull down...Good luck!
1 Railroad tracks have gaps between the rails so that they will not buckle in hot weather because of
Radiation because the microwave uses a form of light energy to cook the popcorn.
Convection because the popcorn was above the heat source and cooked by hot air rising.
glacier, swimming pool, cup of coffee, can of soda
Conduction transfers energy from the hot chocolate to the spoon.
35°C
Thermal energy flows from her hand to the ice cube.
thermal expansion.
Water in the first container is 60° C and the water in the second container was 60° C.
10 mL of water is at 40 degrees C is mixed with 10 mL of water at 20 degrees C. What is most likely to be the temperature of the mixture?
Radiation because the microwave uses a form of light energy to cook the popcorn.
Convection because the popcorn was above the heat source and cooked by hot air rising.
glacier, swimming pool, cup of coffee, can of soda
Conduction transfers energy from the hot chocolate to the spoon.
35°C
Thermal energy flows from her hand to the ice cube.
thermal expansion.
Water in the first container is 60° C and the water in the second container was 60° C.
Popcorn was placed in a bag and cooked in a microwave oven. What form of thermal energy transfer is this and why?
Radiation because the microwave uses a form of light energy to cook the popcorn.
Convection because the popcorn was above the heat source and cooked by hot air rising.
glacier, swimming pool, cup of coffee, can of soda
Conduction transfers energy from the hot chocolate to the spoon.
35°C
Thermal energy flows from her hand to the ice cube.
thermal expansion.
Water in the first container is 60° C and the water in the second container was 60° C.
Popcorn was placed in an air popper above the heat source. What form of thermal energy transfer is this and why?
Radiation because the microwave uses a form of light energy to cook the popcorn.
Convection because the popcorn was above the heat source and cooked by hot air rising.
glacier, swimming pool, cup of coffee, can of soda
Conduction transfers energy from the hot chocolate to the spoon.
35°C
Thermal energy flows from her hand to the ice cube.
thermal expansion.
Water in the first container is 60° C and the water in the second container was 60° C.
2 How does thermal energy flow when a student holds a piece of ice in her hand?
Radiation because the microwave uses a form of light energy to cook the popcorn.
Convection because the popcorn was above the heat source and cooked by hot air rising.
glacier, swimming pool, cup of coffee, can of soda
Conduction transfers energy from the hot chocolate to the spoon.
35°C
Thermal energy flows from her hand to the ice cube.
thermal expansion.
Water in the first container is 60° C and the water in the second container was 60° C.
A small container of water at 30° C was placed in a large container of water at 70° C. The temperature of each container was measured. After 30 minutes, what most likely occured?
Radiation because the microwave uses a form of light energy to cook the popcorn.
Convection because the popcorn was above the heat source and cooked by hot air rising.
glacier, swimming pool, cup of coffee, can of soda
Conduction transfers energy from the hot chocolate to the spoon.
35°C
Thermal energy flows from her hand to the ice cube.
thermal expansion.
Water in the first container is 60° C and the water in the second container was 60° C.
A student is mixing a cup of hot chocolate with a spoon. How is the heat transferred between the hot chocolate and the part of the spoon that is in the hot chocolate?
Radiation because the microwave uses a form of light energy to cook the popcorn.
Convection because the popcorn was above the heat source and cooked by hot air rising.
glacier, swimming pool, cup of coffee, can of soda
Conduction transfers energy from the hot chocolate to the spoon.
35°C
Thermal energy flows from her hand to the ice cube.
thermal expansion.
Water in the first container is 60° C and the water in the second container was 60° C.
Place the objects below in order from greatest thermal energy to least thermal energy. A glacier at -5°C, A cup of coffee at 70°C, A can of soda at 5°C, A swimming pool at 28°C
Radiation because the microwave uses a form of light energy to cook the popcorn.
Convection because the popcorn was above the heat source and cooked by hot air rising.
glacier, swimming pool, cup of coffee, can of soda
Conduction transfers energy from the hot chocolate to the spoon.
35°C
Thermal energy flows from her hand to the ice cube.
thermal expansion.
Water in the first container is 60° C and the water in the second container was 60° C.
Check it!
Match it!
Match it!