The graph shows the variation of displacement of a particle execting SHM with time . We infer from this graph that A. the force is zero at time `(3T)/(4)`B. the velocity is maximum at time `(T)/(2)`C. the acceleration is maximum at time TD. th PE is equal to total energy at time `(T)/(2)`

The graph shows the variation of displacement of a particle execting S

1.	The graph shows the variation of displacement of a particle execting SHM with time . We infer from this graph that A. the force is zero at time `(3T)/(4)`B. the velocity is maximum at time `(T)/(2)`C. the acceleration is maximum at time TD. th PE is equal to total energy at time `(T)/(2)`
Answer» Correct Answer - D (d) At time `(T)/(2), v=0` `therefore` Total energy =Potential energy

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The graph shows the variation of displacement of a particle execting SHM with time . We infer from this graph that A. the force is zero at time `(3T)/(4)`B. the velocity is maximum at time `(T)/(2)`C. the acceleration is maximum at time TD. th PE is equal to total energy at time `(T)/(2)`

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