According the the law of conservation of energy, if a rock has 10 units of potential energy at the top of a hill, how many units of kinetic energy will it have when it is rolling down the hill?
10 units of potential energy
How many units of kinetic energy?
1
10
12
20
Question 11
11.
Question 12
12.
Question 13
13.
Question 14
14.
Question 15
15.
Question 16
16.
Question 17
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Question 18
18.
What kind of energy transformation is happening in the video?
Electrical to sound
Potential to kinetic
Kinetic to potential
Potential to thermal
Why is that the correct energy transformation?
Because the girl moves and then she goes up to a high position and stops moving.
Because the girl starts up in a high position not moving, and then she moves down.
Because the girl jumps with electricity and then screams.
Energy transformation
Potential energy
Light energy
Law of conservation of energy
Energy transformation
Electrical energy
Sound energy
Kinetic energy
What kind of energy transformation is happening in the picture?
Chemical to electrical
Potential to sound
Chemical to kinetic
Light to kinetic
What kind of energy transformation is happening in this picture?
Light to electrical
Potential to kinetic
Sound to light
Electrical to light
What kind of energy transformation is happening in this picture?
Kinetic to sound
Thermal to sound
Kinetic to electrical
Chemical to light
What kind of energy transformation is happening in this picture?
Sound to light
Kinetic to chemical
Electrical to thermal
Thermal to electrical
What kind of energy transformation is happening in this picture?
Electrical to kinetic
Potential to chemical
Sound to light
Electrical to light
What kind of energy does the roller coaster have at the top of the hill at point A?
Potential
Kinetic
Light
Chemical
What kind of energy does the roller coaster have when it is moving down the hill at point B?
Thermal
Electrical
Potential
Kinetic
What happens as the roller coaster moves from point A to point B?
Potential energy increases, and kinetic energy decreases.
Potential energy decreases, and kinetic energy decreases.
Potential energy decreases, and kinetic energy increases.
Potential energy increases, and kinetic energy increases.
