Draw a graph to show the variation of PE, KE and total energy of a simple harmonic oscillator with displacement.

Draw a graph to show the variation of P.E., K.E. and total energy of a simple harmonic oscillator with displacement.

Draw a graph to show the variation s of P.E., K.E. and total energy of a simple harmonic oscillator with displacement.

Draw a graph to show the the variation of P.E., K.E. and total eneryg of a simple harmonic oscillator with displacement .

The total energy of a simple harmonic oscillation is proportional to

Sketch graph showing the variation of (i) the kinetic energy, (ii) the potential energy and (iii) the total energy of a simple harmonic oscillation with displacement.

In simple harmonic motion, force is directly proportional to the displacement for the mean position. Show graphically the variation of kinetic energy and potential energy of a harmonic oscillator.

Draw graphs to show the variation of amplitude with driving frequency of a forced harmonic oscillator under (i) zero damping, (ii) low damping and (iii) high damping

Derive the equation for the kinetic energy and potnetial energy of a simple harmonic oscillator and show that the total energy of a particle in simple harmonic motion is constant at any point on its path.