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A cylinder of mass m rests on a supporti...

A cylinder of mass `m` rests on a supporting block as shown. If `beta=60^(@) " and " theta=30^(@)`, calculate the maximum acceleration 'a' which the block may be given up the incline so that the cylinder does not lose contact at B. Neglect friction anywhere).

A

`g//2`

B

g

C

`g//3`

D

`g//4`

Text Solution

Verified by Experts

The correct Answer is:
B
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