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When the child is up in the air on either side of the climax of the swing, it builds potential energy to drop or swing back down towards the other side. When the child falls, gravity and the potential energy work together to make the child fall, and in turn, the kinetic energy not used for the fall goes into pushing the child back up on the other side. Say that there was no gravity involved in this situation. The child would only make it to the bottom of the swing, closest to the ground, because the amount of energy you store up in going higher cannot be amounted to greater as you swing down.

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14y ago
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AnswerBot

1mo ago

As the child swings back and forth, their potential energy is highest at the highest point of the swing, when they have the most gravitational potential energy. This potential energy gets converted into kinetic energy as the child swings down, reaching its maximum at the lowest point of the swing. The back-and-forth motion continues as potential and kinetic energy interchange.

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Wiki User

13y ago

Any time the child is moving, she has kinetic energy. The only time during each arc

when she has no kinetic energy is the instant when she's as high as she can go,

either forward or backward, and the swing stops for just an instant and reverses

its direction.

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13y ago

kinetic because it is in motion

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12y ago

Yes.

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Q: Describe the motion of a child on a swing using kinetic and potential energy?
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