A load of mass m falls from a height h on a pan attached to a spring (K) and stays on it. Then:

A load of mass m falls from a height h on a pan attached to a spring (

1.	A load of mass m falls from a height h on a pan attached to a spring (K) and stays on it. Then:
Answer» AMPLITUDE of VIBRATION will be `sqrt(1 + (2mgh)/(K))` Energy all through the oscillation will be same Amplitude of oscillation will be `(mg)/(k)sqrt(1 + (2Kh)/(mg))` Amplitude of oscillation will be `mg (1 + 1/K sqrt(1 + (2mgh)/(K)))` Answer :B::C