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WorksheetsEnergy and Heat
Total questions: 40
Worksheet time: 47mins
The sun shines down on this family as they play on the beach. What type of heat transfer do they experience?
conduction
convection
radiation
When walking on the warm sand with your bare feet, you experience what type of heat transfer?
conduction
convection
radiation
The man goes to take the hot pot off the stove with his bare hands. What type of heat transfer does this represent?
conduction
convection
radiation
The warm air from this heater creates a current when the warm air rises and the cold air sinks. What type of current does the colored arrow represent?
conduction current
convection current
radiation current
What kinds of energy are being produced?
Thermal and Light
Chemical and Kinetic
Nuclear and Thermal
Mechanical and Chemical
What kind of energy does this image represent?
Thermal
Chemical
Mechanical
Nuclear
Which teapot holds more kinetic thermal energy?
teapot A
teapot B
They have the same
As part of his study of transformation of energy, Roberto set up the system shown in the illustration. What forms of energy did Roberto demonstrate with his system?
electrical, light, thermal and chemical
electrical, sound, thermal and chemical
electrical, light, sound and chemical
electrical, light, sound, thermal and chemical
Which change in state of matter would be from adding thermal energy?
B to A
C to B
C to A
B to C
A pot of water is heated on an electric stove. Which of the following best describes the transformation of energy that occurs to heat the water?
Electrical energy is transformed into thermal energy
Chemical energy is transformed into thermal energy
Thermal energy is transformed into electrical energy
Electromagnetic radiation is transformed into electrical energy.
A copper boat with glass windows is floating in a lake overnight. In the morning, which will take the longest to warm up: the windows, the copper base, or the water?
The windows
The water
The copper base
They will all warm up at the same rate.
Using a formula from above, convert 45°C to degrees Fahrenheit. (You may use a calculator).
107.3 °F
98.6 °F
113 °F
110 °C
Using a formula from above, convert 0°C to degrees Kelvin
273.15 °K
373.15 °K
212 °K
298.15 °K
At what temperature will water boil? Choose the best answer
373.15 °K
100 °C
212 °F
All of these temperatures
