Two men are carrying a uniform bar of length `L` on their shoulders.The bar is held horizontally such that younger man gets `((1)/(4))th` of load.Suppose the younger man is at one end of the bar.The distance of other man from the second end is ?

Two men A and B are carrying a uniform bar of length L on their shoulders. The bar is held horizontally such that A gets one-fourth load. If A is at one end of the bar, the distance of B from that end is

A uniform rod of length L and weight W is suspended horizontally by two vertical ropes as shown. The first rope is attached to the left end of the rod while the second is attached to the left end of the rod while the second rope is attached a distance L//4 from the right end. The tension in the second rope is. .

Consider a large block placed on a smooth horizontal surface, with a man standing at one end of the block. The man walks to the other end, relative to the block. The distances (absolute) moved by the man and the block are :

A massless rod of length l is hinged at one end and is held horizontal by two identical vertical wires, which are tied at distances a and b form the hinged end. A load P si applied at the free end of the rod. The tension in the secound wire is

A man of mass m is standing at one end of a trolley of mass M and length L placed at rest on a smooth horizontal surface. The man starts moving towards the other end and covers distance L, then distance moved by man w.r.t ground is

A man of mass m stands at the left end of a uniform plank of length L and mass M, which lies on a frictionaless surface of ice. If the man walks to the other end of the plank, then by what distance does the plank slide on the ice?

Two persons P and Q of same height are carrying a uniform beam of length 3m . If Q is at end, the distane of P from the other end so that P,Q receive loads in the ratio 5:3 is

A uniform bar of mass M and length L is horizontally suspended from the ceiling by two vertical light cables as shown. Cable A is connected (1)/(4) th distance from the left end of the bar. Cable B is attached at the far right end of the bar. What is the tension in cable A?