If block `A` of the pulley system is moving downward with a speed of `1 m//s` while block `C` moving up at `0.5m//s` determine the speed of block `B`

In pulley system shown in figure, block C is going up at 2(m)/(s) and block B is going up at 4(m)/(s) . Find the velocity of block A.

In pulley syste shown in figure, block C is going up at 2(m)/(s) and block B is going up at 4(m)/(s) . Find the velocity of block A.

In pulley syste shown in figure, block C is going up at 2(m)/(s) and block B is going up at 4(m)/(s) . Find the velocity of block A.

In the figure, the pulley P moves to the right with a constant speed of 4 m//s . The downward speed of A is v_(A) = 3 m//s . Then find the speed of B of the right (in m//s ).

In the figure, the pulley P moves to the right with a constant speed of 4 m//s . The downward speed of A is v_(A) = 3 m//s . Then find the speed of B of the right (in m//s ).

A system is shown in the figure. Block A is moving with 1m//s towards left. Wedge is moving with 1m//s towards right. Then speed of the block B will be :

A system is shown in the figure. Block A is moving with 1m//s towards left. Wedge is moving with 1m//s towards right. Then speed of the block B will be :

A lift is moving upwards with a constant speed of 5(m)/(s) . The speed of one of the pulleys is 5(m)/(s) as shown. Then the speed of second pulley is:

A lift is moving upwards with a constant speed of 5(m)/(s) . The speed of one of the pulleys is 5(m)/(s) as shown. Then the speed of second pulley is: