" 21.Cortestonding to y "x" graph of a transverse harmonic wave shown in figure "

Corresponding to y - t graph of a transverse harmonic wave shown in figure,

Corresponding to y - t graph of a transverse harmonic wave shown in figure,

Assertion : y-x graph of a transverse wave on a string is as shown in figure. At the given instant point P is moving downwards. Hence, we can say that wave is moving tiwards positive y-direction. Reason : Partial velocity is given by vp = -v(dely)/(delx)

Assertion : y-x graph of a transverse wave on a string is as shown in figure. At the given instant point P is moving downwards. Hence, we can say that wave is moving towards positive x-direction. Reason : Particle velocity is given by vp = -v(dely)/(delx)

Assertion: y-x graph of a transverse wave on a string is as shown in figure. At point A potential energy and kinetic energy both are minimum. Reason : At point B kinetic energy and potential energy both are maximum.

Asserton: y-x graph of a transverse wave on a string is as shown in figuer. At potential energy and kinetic energy both are minimum. Reason : At point B kinetic energy and ptential energy both are maximum.

The x-t graph of a particle undergoing simple harmonic motion is shown in figure. Acceleration of particle at t = 4//3 s is

The x-t graph of a particle undergoing simple harmonic motion is shown in figure. Acceleration of particle at t = 4//3 s is

The x-t graph of a particle undergoing simple harmonic motion is shown in figure. Acceleration of particle at t = 4//3 s is

The x-t graph of a particle undergoing simple harmonic motion is shown in figure. Acceleration of particle at t = 4//3 s is