A particle is performing simple harmonic motion. At time ‘t’, its displacement from the mean position is x and its speed is v. The corresponding resultant force on it is F and its acceleration is a. At the same time, it has kinetic energy K and potential energy U. The variation of kinetic energy (k) with displacement (x) is given by the graph

A particle is performing simple harmonic motion. At time ‘t’, its

1.	A particle is performing simple harmonic motion. At time ‘t’, its displacement from the mean position is x and its speed is v. The corresponding resultant force on it is F and its acceleration is a. At the same time, it has kinetic energy K and potential energy U. The variation of kinetic energy (k) with displacement (x) is given by the graph
Answer» A particle is performing simple harmonic motion. At time ‘t’, its displacement from the mean position is x and its speed is v. The corresponding resultant force on it is F and its acceleration is a. At the same time, it has kinetic energy K and potential energy U. The variation of kinetic energy (k) with displacement (x) is given by the graph

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