A body weighing 10g has a velocity of `6cms^(-1)` after one second of its starting from mean position. If the time period is 6 seconds. Find the kinetic energy, potential energy and the total energy.

A body weighing 20 g has a velcoity 8cms^(-1) after one second of its starting from mean position. If the time period is 8 seconds, find the kinetic energy, potential energy and total energy.

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.

A body weighing 10kg has a velocity of 6 ms^(-1) , after one second of starting from the mean position. If the time period of SHO is 6s, find the kinetic energy, potential energy and total mechanical energy of SHO.

A body of mass 20 g acquires a velocity of 5 cm/s after one second of its starting from the mean position. If the time period of motion is 5 seconds, calculate the kinetic energy, potential energy and total energy of the body.

A body weighing 0.02 kg has a velocity of 0.06 ms^(-1) after one second of start from the mean position. If the time period is 6 s find the K.E., P.E. and the total energy.

A body weighing 10 kg is executing SHM, has a velocity of 6.0ms^(-1) , after one second of starting from the mean position. If its time period is 6 second, find its K.E., P.E. and total energy.

A particle of mass 10 g executing SHM has a velocity of 6cm s^(-1) after one second of its starting from the mean position. If the time period is 6 seconds, find its maximum kinetic energy.

A oscillator of mass 10kg has a velocity of 5 ms^(-1) after 1 second of its crossing the mean position. If the time period is 5s. Find the potential energy and kinetic energy at that instant.

A particle executes S.H.M with a period of 10 seconds. Find the time in which its potential energy will be half of its total energy.

A particle starting from mean position executes simple harmonic motion with a period 8s. The maximum time in which its potential energy becomes half of the total energy is