" In arrangement shown the block A of mass "15kg" is supported in equilibrium by the block B.Mass of the block "B" is closest to "

In arrangement shown the block A of mass 15 kg supported in equilibrium by the block B. Mass of the block B is closest to

In arrangement shown the block A of mass 15 supported in equilibrium by the block B. Mass of the block B is closest to

In arrangement shown the block A of mass 15 supported in equilibrium by the block B. Mass of the block B is closest to

In the arrangement shown, the blocks of unequal masses are held at rest. When released, acceleration of the blocks is

In the arrangement shown, the blocks of unequal masses are held at rest. When released, acceleration of the blocks is

In the arrangement shown, the blocks of unequal masses are held at rest. When released, acceleration of the blocks is

In the arrangement shown in the figure the system is in equilibrium. Mass of the block A is M and that of the insect clinging to block B is m. Pulley and string are light. The insect loses contact with the block B and begins to fall. After how much time the insect and the block B will have a separation L between them.

In the arrangement as shown, block A of mass 3 kg moves towards left with velocity 10m//s . Initially block A is 100m from pulley on a smooth surface. Block B is of mass 2kg ( g = 10 m//s^(2) )

In the figure shown, a block A of mass m is rigidy attached to a light spring of stiffness k and suspended from a fixed support. Another block B of same mass is just placed on it and blocks are in equilibrium. Suddenly the block B is removed. Choose the correct options (s) afterward.

In the figure shown, a block A of mass m is rigidy attached to a light spring of stiffness k and suspended from a fixed support. Another block B of same mass is just placed on it and blocks are in equilibrium. Suddenly the block B is removed. Choose the correct options (s) afterward.