The velocities of a particle performing linear SHM are `0.13 ms^-1` and `0.12 ms^-1`, when it is at `0.12 m` and `0.13 m` from mean position respectively. Find the period.

find the potential energy of the block at 0.05 m from the mean position

A particle moving with shm has a period 0.001 s and amplitude 0.5 cm. Find the acceleration, when it is 0.2 cm apart from its mean position.

A particle is executing S.H.M. If u_(1) and u_(2) are the velocitiesof the particle at distances x_(1) and x_(2) from the mean position respectively, then

Displacement time graph of particle performing SHM is as shown in figure. Assume that mean position is at x=0

A body executing S.H.M.along a straight line has a velocity of 3 ms^(-1) when it is at a distance of 4m from its mean position and 4ms^(-1) when it is at a distance of 3m from its mean position.Its angular frequency and amplitude are

A bob executes shm of period 20 s. Its velocity is found to be 0.05 ms^(-1) after 2 s when it has passed through its mean position. Find the amplitude of the bob.

A body of mass 0.2 kg performing SHM has a velocity of 0.6 ms^(-1) after one second of its starting from the mean position. If the time period is 6 seconds, find the kinetic energy, potential energy and total energy.

The uncertainties in the velocities of two particles, A and B are 0.05 and 0.02 ms^(-1) , respectively. The mass of B is five times to that of the mass A. What is the ratio of uncertainties ((Delta_(X_A))/(Delta_(X_B))) in their positions

The kinetic energy of a particle, executing S.H.M. is 16 J when it is in its mean position. IF the amplitude of oscillation is 25 cm and the mass of the particle is 5.12 Kg, the time period of its oscillations is

A particle executing a linear SHM has velocities of 8 m/s 7 m/s and 4 m/s, respectively at three points at distances of x m, (x+1) m and (x+2)m from the mean position. What is the maximum velocity of the particle ?