[" 24.In the figure shown,the plank is being pulled to "],[" the right with a constant speed "v'.If the cylinder "],[" does not slip then: "],[qquad [" 亡 "],[hline(1)/(1)y," (R) "],[hline]]

In the figure the pulley P moves to the right with a constant speed u . The downward speed of A is v_(A) and the speed of B to the right V_(B) .

In the figure the pulley P moves to the right with a constant speed u . The downward speed of A is v_(A) and the speed of B to the right V_(B) .

A plank of mass M , is placed on a smooth surface over which a cylinder of mas m(=M) annd radius R=1m is placed as shown in figure. Now the plane is pulled towards the right wilth an external force F(=2Mg) . If the cyinder does not slip over the surfcace of the plank, find the linear acceleration of he plank and the cylinder and the angular acceleration of the cylinder. (Take g=10 ms^(2) )

A plank of mass M , is placed on a smooth surface over which a cylinder of mass m(=M) annd radius R=1m is placed as shown in figure. Now the plane is pulled towards the right wilth an external force F(=2Mg) . If the cyinder does not slip over the surfcace of the plank, find the linear acceleration of he plank and the cylinder and the angular acceleration of the cylinder. (Take g=10 ms^(2) )

In the figure, the pulley P moves to the right with a constant speed u. The downward speed of A is v_(A) , and the speed of B to the right is v_(B) .

In the figure, the pulley P moves to the right with a constant speed u . The downward speed of A is v_(A) , and the speed of B to the right is v_(B) :

In the figures shown, 1 kg block is stationary while 2 kg block is being pulled with constant speed. The spring is exerting a force of 1N on the block

System is shown in the figure and man is pulling the rope from both sides with constant speed u find the speed of the block.

System is shown in the figure and man is pulling the rope from both sides with constant speed u find the speed of the block.