To a ground observer the block `C` is moving with `u_(0)` and the block `A` with `u_(1)` and `B` is moving with `u_(2)` relative to `C` as shown in figure. Identify the correct statement.

To a ground observer the block C is moving with v_(0) and the block A with v_(1) and B is moving with v_(2) relative to C as shown in figure. Identify the correct statement.

A rectangular block of size (bbxxh) moving with velocity v_(0) enters on a rough surface where the coefficient of friction is mu as shown in figure. Identify the correct statement.

A rectangular block of size (bbxxh) moving with velocity v_(0) enters on a rough surface where the coefficient of friction is mu as shown in figure. Identify the correct statement.

In the system shown, the block A is moving down eith velocity v_(1) and C is moving up with velocity v_(3) . Express velocity of the block B in terms of velocities of the blocks a and C.

In the system shown, the block A is moving down eith velocity v_(1) and C is moving up with velocity v_(3) . Express velocity of the block B in terms of velocities of the blocks a and C.

In the system shown, the block A is moving down eith velocity v_(1) and C is moving up with velocity v_(3) . Express velocity of the block B in terms of velocities of the blocks a and C.

A plank is moving on ground with a velocity v and a block is moving on the plank with respect to it with a velocity u as shown in figure. What is the velocity of block with respect to ground ?

Find the acceleration of the block B as shown in figure- 1.95 (a) and (b) relative to the block A and relative to ground if the block A is moving toward left with acceleration a.

The block B moves with a velcoity u relative to the wedge A . If the velocity of the wedge is v as shown in figure, what is the value of theta so that the block B moves vertically as seen from ground.