The ballon the light rope and the monkey shown in figure are at rest in the air. If the monkey reaches the top of the rope, by what distnce does the ballon descend? Mass of the ballon =M mass of the monkey =m and the length of the rope ascended by the monkey =L

A balloon of mass M with a light rope having monkey on the rope is in equilibrium. If the monkey starts moving up with acceleration a w.r.t. rope . Then the acceleration of cenre of mass of the system is

A balloon of mass M with a light rope having monkey on the rope is in equilibrium. If the monkey starts moving up with acceleration a w.r.t. rope . Then the acceleration of cenre of mass of the system is

A 20 kg monkey has a firm hold on a light rope that passes over a frictionless pulley and is attached to a 20 cm bunch if bananas. The monkey looks upwards , sees the bananas and starts to climb the rope to get them. (a) As the monkey climbs ,do the bananas move up , move down or remain at rest? (b) As the monkey climbs ,does the distance between the lonkey and the banana decrease, increase or remain contact? (c) The monkey releases her hold on the rope .What happens to the distance between the monkey and the bananas while she is falling ? (d) Before reaching the ground , the monkey grabs the rope of stop har fall. What do the bananas do?

A 20 kg monkey has a firm hold on a light rope that passes over a frictionless pulley and is attached to a 20 kg bunch of bananas. The monkey looks upwards , sees the bananas and starts to climb the rope to get them. (a) As the monkey climbs ,do the bananas move up , move down or remain at rest? (b) As the monkey climbs ,does the distance between the monkey and the banana decrease, increase or remain same? (c) The monkey releases her hold on the rope .What happens to the distance between the monkey and the bananas while she is falling ? (d) Before reaching the ground , the monkey grabs the rope to stop her fall. What will happen to bananas ?

If a monkey moves upward with respect to the rope with acceleration g/2 then acceleration of block, if masses of block and monkey are same

If a monkey moves upward with respect to the rope with acceleration g/2 then acceleration of block, if masses of block and monkey are same

In the arrangement shown in the fig. a monkey of mass M keeps itself as well as block A at rest by firmly holding the rope. Rope is massless and the pulley is ideal. Height of the monkey and block A from the floor is h and 2h respectively [h = 2.5 m] (a) The monkey loosens its grip on the rope and slides down to the floor. At what height from the ground is block A at the instant the money hits the ground? (b) Another block of mass equal to that of A is stuck to the block A and the system is released. The monkey decides to keep itself at height h above the ground and it allows the rope to slide through its hand. With what speed will the block strike the ground? (c) In the situation described in (b), the monkey decides to prevent the block from striking the floor. The monkey remains at height h till the block crosses it. At the instant the block is crossing the monkey it begins climbing up the rope. Find the minimum acceleration of the monkey relative to the rope, so that the block is not able to hit the floor. Do you think that a monkey can climb with such an acceleration? ( g = 10ms^(-2) )