A blocked of mass `m` is attached with two strings as shown in figure .Draw the free body diagram of the block.

A block of mass m is attached with two strings as shown in figure .Draw the free body diagram of the block.

Three blocked A,B and C are placed one over the other as shown in figure. Draw free body diagram of all the three blocks.

Three blocked A,B and C are placed one over the other as shown in figure. Draw free body diagram of all the three blocks.

Three blocks A,B and C are placed one over the other as shown in figure. Draw free body diagram of all the three blocks.

Two block each of mass 'm' are attached with two elastic strings as shown in the figure. Masses of strings are negligible in comparison to block of mass 'm' density of material of each string is rho . The whole system is moving vertically upward with an acceleration a = g/2. It is in equilibrium with respect to elevator. Ratio of elongation in rod 1 to that of rod 2 will be

Two block each of mass 'm' are attached with two elastic strings as shown in the figure. Masses of strings are negligible in comparison to block of mass 'm' density of material of each string is rho . The whole system is moving vertically upward with an acceleration a = g/2. It is in equilibrium with respect to elevator. Ratio of elongation in rod 1 to that of rod 2 will be

Two sphere A and B are placed between two vertical walls as shown in figure. Draw the free body diagrams of both the spheres

A block mass 'm' is kept on the ground as shown in figure. Draw F.B.D. of block.

A block of mass m is attached to a chain as shown in the diagram. Find the tension in each of the three chains. The ring and chains are light.

Two masses m and M are attached to the strings as shown in the figure. If the system is in equilibruim, then