A particleis performinglinearS.H.Mof amplitude a. What fraction of the total energy is kinetic, if the displacement is half of the amplitude?

A particle is performing linear S.H.M of amplitude a. What fraction of the total energy is kinetic, given the displacement is half the amplitude

If the KE of a particle performing a SHM of amplitude A is (3)/(4) of its total energy, then the value of its displacement is

When the displacement in S.H.M. IS 1/3 ^rd of the amplitude. What fraction of total energy is kinetic energy and what fraction is potential energy ?

The total energy of the body excuting S.H.M. is E . Then the kinetic energy when the displacement is half of the amplitude, is

A particle is performing linear S.H.M.at a point A, on the path , its potential energy is three times kinetic energy . At another point B on the same path, its kinetic energy is 3 times the potential energy. The ratio of the kinetic energy at A to its kinetic energy at B is

The speeds of a particle performing linear S.H.M are 8 cm/s and 6 cm/s at a respective displacements of 6 cm and 8 cm. Find its period and amplitude.

The speeds of a particle performing linear S.H.M. are 8 cm/s and 6 cm/s at respective displacements of 6 cm and 8 cm . Find its period and amplitude.

When the displacement in S.H.M is one third of the amplitude, the fraction of the potential energy to total energy is

A particle executing SHMpassing through the mean position with a velocity of 4 ms^-1 . The velocity of the particle at a point where the displacement is half of the amplitude is