A particle of mass m performs SHM along a straight line with frequency f and amplitude A:-

A particle performs SHM on a straight line with time period T and amplitude A . The average speed of the particle between two successive instants, when potential energy and kinetic energy become same is

A particle performs SHM on a straight line with time period T and amplitude A . The average speed of the particle between two successive instants, when potential energy and kinetic energy become same is

A tiny mass performs S.H.M along a straight line with a time period of T=0.60sec and amplitude A=10.0cm. Calculate the mean velocity (in m/sec) in the time to displace by A/2 .

A tiny mass performs S.H.M along a straight line with a time period of T=0.60sec and amplitude A=10.0cm. Calculate the mean velocity (in m/sec) in the time to displace by A/2 .

A particle of mass 10 gm is describing S.H.M. along a straight line with period of 2 sec and amplitude of 10 cm . Its kinetic energy when it is at 5 cm from its equilibrium position is

The particle performing S.H.M. along a straight line about the mean position with an amplitude 'A'. Then the maximum potential energy at a distance A from the extreme position is

The avergae kinetic energy of particle of mass m undergoing S.H.M. with angular frequency omega and amplitude A, over half of one time period is

A particle is performing linear S.H.M. with frequency 1 Hz and amplitude 10 cm. Initially, the particle is at a distance +5 cm. Its epoch is