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When the jumper makes the jump, his initial gravitational potential energy is converted into his kinetic energy and into elastic potential energy in the cord. at which part of t…

When the jumper makes the jump, his initial gravitational potential energy is converted into his kinetic energy and into elastic potential energy in the cord. at which part of t…
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when the jumper makes the jump, his initial gravitational potential energy is converted into his kinetic energy and into elastic potential energy in the cord. at which part of the jump are all three types of energy non-zero?

asked
User Tom Tromey
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7.9k points

1 Answer

3 votes

Answer:

Step-by-step explanation:

on the way down as he decelerates

answered
User Prabhuram
by
8.1k points
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