Does the energy stored in a spring change whe | vedclass

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(A) When a spring is stretched or compressed by a displacement $x$ from its equilibrium position,work is done against the restoring force $F = -kx$. T

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Yes,it increases.

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(A) When a spring is stretched or compressed by a displacement $x$ from its equilibrium position,work is done against the restoring force $F = -kx$. This work is stored in the spring as elastic potential energy. The potential energy $U$ is given by the formula $U = \frac{1}{2}kx^2$,where $k$ is the spring constant. Since $U$ is proportional to the square of the displacement $x^2$,any non-zero displacement (whether positive for stretching or negative for compression) results in an increase in the stored potential energy compared to the equilibrium state $(x=0)$.

Does the energy stored in a spring change when it is stretched or compressed?

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