Find the maximum value of M//m in the situation shown in figure so that the system remains at rest. Friction coefficient at both the contacts `mu`. Discuss the situation when `tanthetagtmu`

Find the maximum value of (m//m) in the situation shown in figure so that the system remains at rest. Friction coefficient of both the contacts is mu , string is massless an pulley is friction less.

Consider the situation shown in figure. Find the acceleration of the system and the tension in the strings.

Find the mass M in the situation shown in figure-2.212 such that m remains at rest on the front surface of M_(1) . The coefficient of friction between the front surface of M_(1) and that of m is mu .

Consider the situation as shown in the figure. The system is free to move. The force by the rope on the block is FM//(M+m)

For the given situation as shown in the figure, the value of q theta keep the system in equilibrium will be

Find the acceleration of the two blocks. The system is initially at rest and the friction coefficient are as shown in the figure?

Find the acceleration of the two blocks. The system is initially at rest and the friction coefficient are as shown in the figure?

In the arrangement shown in figure what should be the mass of block A , so that the system remains at rest ? Neglect friction and mass of string.

In the arrangement shown in figure what should be the mass of block A , so that the system remains at rest ? Neglect friction and mass of string.