A monkey is climbing on a rope that goes over a smooth light pulley and supports a block of equal mass at the other end. Show that whatever force the monkey exerts on the rope, the monkey and the block move in the same direction with

A Monkey is Climbing on a Rope that Goes Over a Smooth Light Pulley and Supports a Block of Equal Mass at the Other End in the Following

A Monkey is Climbing on a Rope that Goes Over a Smooth Light Pulley and Supports a Block of Equal Mass at the Other End in the Following

A monkey is a reston a weightless rope which goes over a pulley and is tied to a bunch of bananas at the other end. The weight of the bunch of bananas isexactly the same as that of the monkey. The pulley is frictionless and weightless. The monkey starts to climb up the rope to reach the bananas. As he climbs, the distance between him and the bananas will

As shown in figure a monkey of 20g mass is holding a light rope that passes over a frictionless pulley. A bunch of bananas of the same mass is tied to the other end of rope. Inorder to get access to the bunch the monkey starts climbing the rope. The distance between the monkey and the bananas is

As shown in figure a monkey of 20g mass is holding a light rope that passes over a frictionless pulley. A bunch of bananas of the same mass is tied to the other end of rope. Inorder to get access to the bunch the monkey starts climbing the rope. The distance between the monkey and the bananas is

As shown in figure a monkey of 20g mass is holding a light rope that passes over a frictionless pulley. A bunch of bananas of the same mass is tied to the other end of rope. Inorder to get access to the bunch the monkey starts climbing the rope. The distance between the monkey and the bananas is

A monkey weighing 10 kg climbing up a light rope and frictionless pulley attached to 15 kg mass at other end as in figure. In order to raise the 15 kg mass off the ground the monkey must climb-up

A monkey weighing 10 kg climbing up a light rope and frictionless pulley attached to 15 kg mass at other end as in figure. In order to raise the 15 kg mass off the ground the monkey must climb-up

A block is attached to each end of a rope that passes over a pulley suspended from the ceiling. The blocks have different masses. If the rope does not slip on the pulley, then at any instant after the blocks start moving, the rope