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In a gravity free space, a hollow cylind...

In a gravity free space, a hollow cylinder of radius `4R` and mass `M` is being rotated by a constant angular velocity `omega` clockwise w.r.t. an inertial frame of reference. Another hollow cylinder of radius `R` and mass `m` is rotating inside this cylinder, such that it touches the inner surface of larger cylinder without slipping and its centre of mass appears stationery from inertial frame Dynamic friction coefficient between cylinders is `mu`. If the normal reaction between cylinders is denoted by `N`, answer the following questions.
What is the value of `N`

A

`m(4R)omega^(2)`

B

`m(R )(4omega)^(2)`

C

`m(3R)((3)/(4)omega)^(2)`

D

zero

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