[" In the figure shown,the instantaneous speed of end A of the rod is "v" to the left.The angular velocity of "],[" the rod of length L must be "]

In the figure shown the instantaneous speed of end A of the rod is v to the left the angular velocity of the rod of lengthL must be

A rod of length l is moving in a vertical plane ( x-y ) when the lowest point A of the rod is moved with a velocity v . find the a angular velocity of the rod and b velocity of the end B .

A rod od length l is moving in a vertical plane ( x-y ) when the owest point A of the rod is moved with a velociy v . find the a angular velocity of the rod and b velocity of the end B .

In the figure shown the end A of the rod of length L is being pushed down parallel to the inclined surface with a velocity =v let the velocity of end B=u and the angular velocity of the rod = omega then

A rod AB of length L and mass M is free to move on a frictionless horizontal surface . It is moving with a velocity v , as shown in figure. End B of rod AB strikes the end of the wall. Assuming elastic impact , the angular velocity of the rod AB , just after

A uniform rod PQ of mass m and length t rotates with an angular velocity a while its center moves with linear velocity v = (2omega* f) / 3 on a smooth horizontal surface If the end Q of the rod is suddenly gets stuck at the moment as shown in the figure then angular velocity of the rod will be