For the system shown in the figure,the pulleys are light and frictionless.The tension in the string will be

For the system shown in the figure, the inclined plane is fixed, all the pulleys are light and friction is absent every where.The tension in the string will be

For the system shown in figure, the tensions in the string

Two blocks, each having a mass M, rest on frictionless surfaces as shown in the figure. If the pulleys are light and frictionless and M on the incline is allowed to move down, then the tension in string will be

Two blocks A and B are arranged as shown in figure.The pulleys are light and frictionless.The strings are light and inextensible.If the acceleration of the block B is 3m/s^(2) ,then the acceleration of the block A is __________ m/s^(2)

Three weight A ,B and C are connected by string as shown in the figure. The system moves over a frictionless pulley. The tension in the string connecting A and B is (where g is acceleration due to gravity)

Find the natural frequency of oscillation of the system as shown in figure. Pulleys are massless and frictionless. Spring and string are also massless. (Take pi^(2)=10 )

In the system shown in figure, the block A is released from rest. Find Tension in the string.

Find the acceleration of two masses as shown in figure . The pulley are light and frictionless and string are light and frictionless and string are light and inextensible.

The tension T in the string shown in figure is

In the system shown in figure the friction coefficient between ground and bigger block is mu . There is no frinction between both the blocks. The string connecting both the block is light, all three pulleys are light and frictionless. Then the minimum limiting value of mu so that the system remains in equilibrium is