The three block shown in fig. move with constant velocities. Find the velocity of blocks A and B. given `V_(P2)=10ms^(-1) darr, V_(C)=2ms^(-1) uarr`.

In the block moves up with constant velocity v m/s. Find F

Block B moves to the right with a constant velocity v_(0) . The velocity of body a relative to b is

Block B moves to the right with a constant velocity v_(0) . The velocity of body A relative to B is :

System is shown in fig. and wedge is moving toward left with speed 2ms^(-1) . Find the velocity of the block B.

System is shown in fig. and wedge is moving toward left with speed 2ms^(-1) . Find the velocity of the block B.

Figure shows a pulley over which is string passes and connected to two masses A and B. Pulley moves up with a velocity V_(P) and mass B is also going up at a velocity V_(B) . Find the velocity of mass A if (a) V_(P)=5ms^(-1) and V_(B)=10ms^(-1) (b) V_(P)=5ms^(-1) and V_(B)=-20 ms_(-1) .

Figure shows a pulley over which is string passes and connected to two masses A and B. Pulley moves up with a velocity V_(P) and mass B is also going up at a velocity V_(B) . Find the velocity of mass A if (a) V_(P)=5ms^(-1) and V_(B)=10ms^(-1) (b) V_(P)=5ms^(-1) and V_(B)=-20 ms_(-1) .

The block A is moving downward with constant velocity v_(0.) Find the velocity of the block B. When the string makes an angle theta with the horizontal