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A 4.0 kg bowling ball starts at rest and then rolls down a hill 3.5 m high and up another hill 2.5 m high. Assume no energy loss due to friction. What was the bowling ball’s ini…

A 4.0 kg bowling ball starts at rest and then rolls down a hill 3.5 m high and up another hill 2.5 m high. Assume no energy loss due to friction. What was the bowling ball’s ini…
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A 4.0 kg bowling ball starts at rest and then rolls down a hill 3.5 m high and up another hill 2.5 m high. Assume no energy loss due to friction. What was the bowling ball’s initial (starting) kinetic energy?

asked
User Shwan
by
9.0k points

1 Answer

1 vote

Answer:

0

Step-by-step explanation:

The ball starts at rest so the initial kinetic energy has to be zero

answered
User Dan Morenus
by
7.9k points
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