While completing its third oscillation, during linear S.H.M, a particle is at `-frac (sqrt3)(2)A, heading to the mean position. Determine the phase angle.

When a particle executing a linear S.H.M. moves from its extreme position to the mean position, its

W denotes to the total energy of a particle in linear S.H.M. At a point, equidistant from the mean position and extremity of the path of the particle

A body of mass 0.2 kg performs linear S.H.M. It experiences a restoring force of 0.2 N, when its displacement from the mean position is 4 cm. Determine force constant.

A body of mass 0.2 kg performs linear S.H.M. It experiences a restoring force of 0.2 N, when its displacement from the mean position is 4 cm. Determine period of S.H.M when the displacement from the mean position is 1cm.

A body of mass 0.2 kg performs linear S.H.M. It experiences a restoring force of 0.2 N when its displacement from the mean position is 4 cm . Determine force constant

A body of mass 0.2 kg performs linear S.H.M. It experiences a restoring force of 0.2 N when its displacement from the mean position is 4 cm . Determine acceleration of the body when its displacement from the mean position is 1 cm.

The velocity of a particle performing linear S.H.M. at mean position is v0. What will be its velocity at the mean position when its amplitude is doubled and time period reduced to l /3 ?