A monkey is decending from the branch of a tree with constant acceleration. If the breaking strength is 75% of the weight of the monkey, the minimum acceleration with which monkey can slide down without breaking the branch is

A monkey is descending from the branch of a tree with a constant acceleration. If the breaking strength of the branch is 75% of the weight of the monkey, the minimum acceleration with which hte monkey can slide down without breaking the branch is :

A monkey is descending from the branch of a tree with a constant acceleration. If the breaking strength of the branch is 75% of the weight of the monkey, the minimum acceleration with which the monkey can slide down without breaking the branch is

A monkey is descending from the branch of a tree with a constant acceleration. If the breaking strength of the branch is 75% of the weight of the monkey, the minimum acceleration with which the monkey can slide down without breaking the branch is

A stone is accelerated upwards by a cord whose breaking strength is three times the weight of the stone. The maximum acceleration with which the stone can be moved up without breaking the cord is

A stone is accelerated upwards by a cord whose breaking strength is three times the weight of the stone. The maximum acceleration with which the stone can be moved up without breaking the cord is

A person wishes to slide down a rope whose breaking load is 3/5 of the weight of the person Minimum acceleration by which the person should slide down without breaking the rope is:

A fireman is sliding down with the help of a rope. If the breaking strength of the rope is ( 2mg)/( 3) where m is the mass of the man, the minimum acceleration with which the fireman can slide, so that the rope does not break, is :

A fireman want to slide down a rope. The breaking load the rope is 3//4^(th) of the weight of the man. With what minimum acceleration should the fireman slide down ?

The minimum acceleration with which a fireman can slide down a rope of breaking strength two - third of his weight is