2. Does the bowling ball have more potential energy or kinetic energy as it is half way through its fall

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Question

Joel Maynard

Physics

27 January, 13:04

2. Does the bowling ball have more potential energy or kinetic energy as it is half way through its fall

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+2

Answers (2)

Know the Answer?

Iliana Best · Answer 1

Equal

Explanation:

Recall that KE = 1/2 (m) (v²) and PE = mgh, where m is mass, g is gravity, v is velocity, and h is height.

When the bowling ball is first dropped, it has a maximum potential energy but minimum kinetic energy. The height is max, so the potential energy will be greatest. Velocity is 0, so kinetic energy will be 0.

When the bowling ball is half way through its fall, the height will be half the initial height and the velocity will be half of the final velocity.

When the bowling ball is at the bottom and reaches the ground, the height is 0 so potential energy is 0 while the kinetic energy is max because velocity is the greatest.

Sierra Fitzpatrick · Answer 2

I think that it is kinetic because it is gaining speed through out it's fall.

2. Does the bowling ball have more potential energy or kinetic energy as it is half way through its fall.

2. Does the bowling ball have more potential energy or kinetic energy as it is half way through its fall

.