In the bar graph shown in the image, potential energy + kinetic energy = __________ energy.

What will happen to this water skier's potential energy as he falls back down toward the water?

Describe what happens to the potential and kinetic energy of the blue skateboarder as he goes from the top of the half-pipe to the bottom.

The image shows a stretched rubber band which is not yet moving. This is an example of ___________ energy.

An arrow in motion is an example of ___________ energy.

The ball in position E has only kinetic energy, no potential energy. (TRUE or FALSE)

A skier going down a hill is an example of ____________ energy.

A boulder rolling down a hill is an great example of ___________ energy.

At which position on this roller coaster image are potential and kinetic energy about equal?

For the image, which is true? A) rolling the rock to the top creates more potential energy B) carrying it to the top creates more PE C) lifting it with a crane would create more PE D) how you get the rock there doesn't change PE

A kid is jumping up and down on a pogo stick. When (or where) is all of his energy converted into almost all kinetic energy?

Which food item in the picture has more potential energy, the banana (yellow) or the eggplant (purple)?

On a motocross race track, there can be many hills. When you are at the top of each hill you have less _____________ energy.