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Who has more potential energy, a skier on top of a hill or a skier half way down the hill?
potential energy changes to kinetic energy
both are correct
stored energy
the energy of motion
of its position off the ground
potential energy
The skier on top of the hill
kinetic energy
An apple falling from a treee
potential energy changes to kinetic energy
both are correct
stored energy
the energy of motion
of its position off the ground
potential energy
The skier on top of the hill
kinetic energy
What is kinetic energy?
potential energy changes to kinetic energy
both are correct
stored energy
the energy of motion
of its position off the ground
potential energy
The skier on top of the hill
kinetic energy
Due to force of gravity, if an object is on top of a hill or in a position off the ground, it has:
potential energy changes to kinetic energy
both are correct
stored energy
the energy of motion
of its position off the ground
potential energy
The skier on top of the hill
kinetic energy
If an object is NOT moving, it does not have:
potential energy changes to kinetic energy
both are correct
stored energy
the energy of motion
of its position off the ground
potential energy
The skier on top of the hill
kinetic energy
An apple hanging from a branch has potential energy because
potential energy changes to kinetic energy
both are correct
stored energy
the energy of motion
of its position off the ground
potential energy
The skier on top of the hill
kinetic energy
What happens to a ball when it is dropped?
potential energy changes to kinetic energy
both are correct
stored energy
the energy of motion
of its position off the ground
potential energy
The skier on top of the hill
kinetic energy
What is potential energy?
potential energy changes to kinetic energy
both are correct
stored energy
the energy of motion
of its position off the ground
potential energy
The skier on top of the hill
kinetic energy
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