A particle is moving in a straight line with S.H.M. of amplitude r. At a distance s from the mean position of motion, the particle receives a blow in the direction of motion which instantaneously doubles the velocity . Find the new amplitude.

A particle is moving in a straight line with SHM of amplitude r . At a distance s from the mean position of motino, the particle receives a blow in the direction of motion which instataneously triple the velocity. Find the new amplitude.

Amplitude of an SHO is A. When it is at a distance y from the mean position of the path of its oscillation, the SHO receives blow in the direction of its motion, which doubles its velocity instantaneously. Find the new amplitude of its oscillations.

A particle is having potential energy 1/3 of the maximum value at a distance of 4 cm from mean position. Amplitude of motion is

At what distance from the mean position is the KE of a particle performing S.H.M of amplitude 8 cm three times its PE.

A particle oscillating in simple harmonic motion has amplitude 'a'. The distance from the mean position at which its velocity will be one half of the maximum velocity is

A particle oscillates simple harmonically along a straight line with period 8 seconds and amplitude 8 sqrt(2) m. It starts from the mean position, then the ratio of the distances travelled by it in the second second and first second of its motion is

The phase of a particle performing S.H.M. when the particle is at a distance of amplitude from mean position is

In S.H.M., the velocity of the particle at the mean position is 1 m/s and acceleration at the extremity is 2 m//s^(2) , the period of motion is

A particle is moving with S.H.M. along a straight line. When the distance of the particle form the mean position is 3 m and 4m, the corresponding values of velocities are 4m/s and 3m/s. What time it will take to travel 2 m from the positive extremity of the oscillation.