In the above question, if the motion of the pulse and rotation of the loop, both are in same direction then the velocity of the pulse w.r.t. to ground will be:

A circular loop of rope of length L rotates with uniform angular velocity omega about an axis through its centre on a horizontal smooth platform. Velocity of pulse (with resppect to rope ) produce due to slight radiul displacement is given by (omegaL)/(2pi) , if the motion of the pulse and rotation of the loop, both are in same direction then the velocity of the pulse w.r.t. to ground will be:

In the above question,if both are in opposite direction. Then the velocity of the pulse w.r.t. to groun will be:

In the above question,if both are in opposite direction. Then the velocity of the pulse w.r.t. to groun will be:

A circular loop of rope of length L rotates with uniform angular velocity omega about an axis through its centre on a horizontal smooth platform. Velocity of pulse (with resppect to rope ) produce due to slight radiul displacement is given by (omegaL)/2(pi) ,if both are in opposite direction. Then the velocity of the pulse w.r.t. to groun will be:

In the above question if the coil rotates with a constant angular velocity omega , the EMF induced in it

The velocity of image w.r.t ground in the below figure is

Find the acceleration of C w.r.t. ground.

(a) When cars begin to move in a long line of stalled traffic, the motion passes through the line as a wave pulse. What is the direction of motion of the pulse ? What is the direction of motion of the pulse relative to the motion of the cars ? (b) Is the wave affected by the drivers' reaction times ?