Question

A body is executing simple harmonic motion under the action of force from its equilibrium position calculate: i) Its total energy at mean position; ii) At which position its kinetic energy will be minimum; iii) Compare above equation show that how total energy depends on it displacement; iv) At maximum displacement and time t=0 derive the equation of simple harmonic motion ; and v) At what distance its kinetic energy and potential energy will be equal

Answer 1

Answer:

At maximum diaplacement velocity of the body undergoing SHM is zero,so consider taking derivative of displacement function with respect to time and equate it to zero to satisfy the condition of zero velocity and you will have to find the time at which velocity is zero and then substitute that obtained value of time in ...