A metre scale is standing vertically on a horizontal table on one of its end. It now falls on the table without slipping. The velocity with which the free end of the metre scale strikes the table is
`["Given "I=(mL^(2))/(3)]`

A metre scale of mass M is standing vertically on a horizontal table on one of its ends. It now falls on the table without slipping. The velocity with which the free end of the metre scale strikes the table is [Given : I=(ML^(2))/(3) and g=10 m//s^(2) ]

A rod length 15 m stands vertically on the ground. With one end hinged to the ground. When it falls on the ground such that it rotates without slipping, the velocity of the upper tip on striking the ground is

A rod of length 15 m stands vertically on the ground with one end hinged to the ground. When it falls on the ground such that it rotates without slipping, the velocity of the upper tip on striking the ground is

A rod of mass m and length l is lying on a horizontal table. Work done in making it stand on one end will be

A rod of mass m and length l is lying on a horizontal table. Work done in making it stand on one end will be

A thin metal rod of length 0.5 m is vertically straight on horizontal floor. This rod is falling freely to a side without slipping. The angular velocity of rod when its top end touches the floor is (nearly)

A uniform chain of mass m and length l is on a smooth horizontal table with (1/n)^th part of its leght is hanging from one end of the table. The velocity of the chain, when it completely slips off the table is

A thin rod of length L is vertically straight on horizontal floor. This rod falls freely to one side without slipping of its bottom. The linear velocity of centre of rod when its top end touches floor is