The system shown in th fig is released from rest. (Neglecting friction and mass of the pulley, string and spring). The spring can be elongated:

Wedge shown in the figure is fixed . System is released from rest (Neglect friction )

The system shown in fig, is released from rest. Calculate the tension in the string and the force exerted by the string on the pulleys, assuming pulleys and strings are massless.

The system shown in fig, is released from rest. Calculate the tension in the string and the force exerted by the string on the pulleys, assuming pulleys and strings are massless.

Consider the situations shown in fig (a) and (b) initially the spring is unstretched when the mass m is released from rest. Assuming no friction in the pulley find (a) the maximum stretch in the spring (b) stretch in the spring when the system is in equilibium.

Consider the situation shown in figure. Initially the spring is unstretched when the system is released from rest. Assuming no friction in the pulley, find the maximum elongation of the spring?

A system consists of block A and B each of mass m connected by a light spring as shown in the figure with block B in contact with a wall. The block A compresses the spring by 3mg/k from natural length of spring and then released from rest. Neglect friction anywhere. Maximum extension in the spring after system loses contact with wall