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 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) .

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 ).

In the figure, the pulley P moves to the right with a constant speed v_(0) . If the velocity of B is v in downward direction, find the velocity of A.

In the figure find the speed of pulley P

In the figure shown, the plank is being pulled to the right with a constant speed v . If the cylinder does not slip then: .

In the figure shown, the plank is being pulled to the right with a constant speed v . If the cylinder does not slip then: .