A man is standing on a cart of mass double the mass of the man. Initially cart is at rest on the smooth ground. Now man jumps with relative velocity ${}^{\prime }{v}^{\prime }$ horizontally towards right with respect to cart. Find the work done by man during the process of jumping.

Q. A man is standing on a cart of mass double the mass of the man. Initially cart is at rest on the smooth ground. Now man jumps with relative velocity $\text{'}v\text{'}$ horizontally towards right with respect to cart. The work done by man during the process of jumping is

Q. A man of $60kg$ is standing on a cart of mass double the mass of the man. Initially the cart is at rest on smooth ground. Now, the man jumps with relative velocity $2m/s$ horizontally towards right with respect to the cart. The work done in $J$ by man during the process of jumping is

Q. A man is standing on a cart of mass double the mass of the man. Initially cart is at rest. Now, man jumps horizontally with velocity $u$ relative to cart. Then the work done by the man during the process of jumping will be

Q. A man is standing on a cart which has a mass double that of the man as shown in the figure. Initially, the cart is at rest. Now, the man jumps horizontally with velocity $2\text{m/s}$ relative to the cart. Then work done by the man during the process of jumping will be

Q. Two carts of equal masses were standing still. Each of them had two men of equal masses. From the first cart, a man jumps in north direction with some velocity with respect to the cart and then the second man jumps with the same relative velocity with respect to cart towards the south. The two men on other cart jump simultaneously with the same velocity with respect to cart. The final velocity of both the carts will be same.