Wedge B is pulled by an acceleration 2g towards left. Find the acceleration of block A-

A block of mass m is placed on a wedge of mass M. Coefficient between then is mu lt cot theta . The wedge is given an acceleration to its left. Find the maximum acceleration at which block apears stationary relative to wedge.

A block of mass m is placed on a wedge of mass M. Coefficient between then is mu lt cot theta . The wedge is given an acceleration to its left. Find the maximum acceleration at which block apears stationary relative to wedge.

In the arrangement shown in the fig. the block of mass m lies on the wedge. Wedge is moving with acceleration a = 5 m/sec . Find the wedge acceleration of the block with respect to wedge.

In the arrangement shown in the fig. the block of mass m lies on the wedge. Wedge is moving with acceleration a = 5 m/sec Find the wedge acceleration of the block with respect to wedge.

Figure shows a block A constrained to slide along the inclined plane of the wedge B shown. Block A is attached with a string which passes through three ideal pulleys and connected to the wedge B. If wedge is pulled toward right with an acceleration a, find (a) the acceleration of the block with respect to wedge (b) the acceleration of the block with respect to ground.

Figure shows a block A constrained to slide along the inclined plane of the wedge B shown. Block A is attached with a string which passes through three ideal pulleys and connected to the wedge B. If wedge is pulled toward right with an acceleration a, find (a) the acceleration of the block with respect to wedge (b) the acceleration of the block with respect to ground.

If block B moves towards right with acceleration b, find the net acceleration of block A.

If block B moves towards right with acceleration b, find the net acceleration of block A.

If the blocks A and B are moving towards each other with accelerations a and b shown in fig. find the net acceleration of block C.