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The potential energy of the mass of the sky diver is transformed into kinetic energy during the free fall. The kinetic energy of the free fall is transformed into kinetic energy and heat of the air when the parachute is deployed.

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12y ago
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14y ago

You multiply mgh (mass x gravity x height). In SI units, use kg for mass, meter for height, and 9.8 meters per second square for gravitation. Energy will be in Joule.

However, the available energy at the bottom will probably be less than theorectical because air friction will place a limit on velocity, which places a limit on the kinetic energy that was traded from potential energy. We call this terminal velocity. It is about 120MPH.

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13y ago

He (or she) has potential energy because of the height above the earth at the start of the jump. Also at the start of the jump he has kinetic energy corresponding to the speed of the plane, but this will be only in the horizontal direction assuming the plane is flying level. During the fall he gains kinetic energy and loses potential energy, so that at impact on the earth's surface the potential is zero.

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13y ago

The sky diver so no vertical kinetic energy in the plane and all potential energy.

In mid-air he has both potential and kinetic as he is moving causing kinetic but above the ground (has height) so also has potential.

Just before he hits the ground he has all kinetic energy an no potential energy.

Once he hits the ground he has not height or speed so he has neither. It is basically a conversion from potential to kinetic it is not either one of the other.

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11y ago

They are falling, aren't they? So, they have kinetic energy.

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11y ago

kinetic energy

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12y ago

Kinetic

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