Home Physics Newton's Laws of Motion Friction and Frictional Force A cylinder is kept vertical on a horizontal …
Physics Newton's Laws of Motion Friction and Frictional Force MCQ (Single Correct)

A cylinder is kept vertical on a horizontal surface. A chain of length ‘ R’ and mass ‘M’ placed touching the cylinder as shown in figure. The chain is pulled by a horizontal force so that it is moving very slowly with constant speed ‘v 0 ’. Friction coefficient between cylinder and chain is ‘µ’ while there is no friction between chain and the surface. Then by time chain is completely pulled off the cylinder –

A
Heat generated is
B
Work done by friction is
C
Work done by cylinder is zero
D
Work done by force pulling the chain is µMv 2

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The correct answer is:
CHECK THE SOLUTION.

(a, b)

Friction acts on the part of chain which is in contact with cylinder.

Let ‘x’ part of chain is pulled out at any instant

Friction force on chain =

W f = .dx =

Heat generated = – W f =

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