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The potential energy of a spring is defined by this equation:

U=.5kx2

U= potential energy (in joules)

k= the spring constant

x= the displacement of the spring from equilibrium. (the amount that the spring is stretched or compressed)

This equation tells us that as a spring is compressed by a distance x, the potential energy increases proportionately to x2

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12y ago
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7y ago

Elastic potential energy is stored in compressed springs.

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11y ago

The spring would be kinetic energy because as the spring is being compressed it is gaining potential energy. So when the spring is all the way compressed there is nothing left to do but use the stored potential energy as kinetic. -Whitney

The energy in the spring when it is compressed is potential energy.

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11y ago

The energy in a compressed spring is elastic energy; this is a type of potential energy.

The energy in a compressed spring is elastic energy; this is a type of potential energy.

The energy in a compressed spring is elastic energy; this is a type of potential energy.

The energy in a compressed spring is elastic energy; this is a type of potential energy.

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14y ago

Yes potential energy is in a compressed spring.

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13y ago

Elastic Potential Energy. The formula is 1/2kx^2. k is the spring constant, newtons per length. X is distance.

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11y ago

The energy in a compressed spring is elastic energy; this is a type of potential energy.

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11y ago

potential energy

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14y ago

Yes it does

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Q: Compressed springs are what kind of energy?
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