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A ball of mass m and radius R rotating w...

A ball of mass m and radius R rotating with an angular speed `omega_(0)` as shown in the figure is placed on an incline plane. Coefficient of friction is `1// sqrt(3)` and the length of the incline plane is L. The angle of inclination of the plane is `theta = 30^(@)`. Find after what time it will reach at the bottom most point.

Text Solution

Verified by Experts

The correct Answer is:
`(4)/(5) (omega_(0)R)/(g) + sqrt((28)/(5) (L)/(g))`
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