Potential & Kinetic Energy

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

When riding a roller coaster, you go up and down many hills. As you get to the top of a roller coaster, what energy change is taking place?

Which position has the equal amounts of Kinetic & Potential Energy?

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

Which position has the greatest amount of Potential Energy?

Gas in a car tank, a battery, and food sitting on a plate are examples of ___________ energy.

Stored energy is also known as _____ energy.

A bowling ball rolling down the alley

The energy in a battery is ______ energy.

Walking down the street

Who has more potential energy, a skier on top of a hill or a skier half way down the hill?

A biker is peddling up a hill he is using __________ energy from the food he has eaten. As he reaches the top the energy is mostly ___________. As he comes down the hill that energy is transformed into ____________.

A bicyclist pedaling up a hill

At what point is the POTENTIAL ENERGY at its highest?

An archer with his bow drawn

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

A baseball thrown to second base

A fish swimming in the river

Which form of kinetic energy is a rolling ball?

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

Give an example in which kinetic energy is converted to potential energy?

Which position has the greatest amount of Kinetic Energy?

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?

In the image, how does the potential energy of the woman half-way up the ladder compare to the potential energy of the woman on top of the ladder?

Energy that is moving is ___________.

Explain the difference between potential and kinetic energy.