A spring of constant 100N/m is stretched by applying equal forces each of magnitude F at the two ends . The energy stored in the spring is 200 J . Now

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A spring of constant 100N/m is stretched by applying equal forces each of magnitude F at the two ends . The energy stored in the spring is 200 J . Now , spring is cut into two equal parts and one of the part is stretched by applying equal forces each of magnitude F at the ends . The energy stored is
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Oct
A spring of constant 100N/m is stretched by applying equal forces each of magnitude F at the two ends . The energy stored in the spring is 200 J . Now , spring is cut into two equal parts and one of the part is stretched by applying equal forces each of magnitude F at [...]
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Tags: A spring of constant 100N/m is stretched by applying equal forces each of magnitude F at the two ends . The energy stored in the spring is 200 J . Now , spring is cut into two equal parts and one of the part is stretched by applying equal forces each of magnitude F at the ends . The energy stored is ,