A circular cylinder of radius r and mass m, starts from the top of an inclined...

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A circular cylinder of radius r and mass m, starts from the top of an inclined plane and rolls down without any slip. After its center moves to a point having a vertical height h as shown below, the velocity of the center of mass, with g as acceleration due to gravity is Dib (a) (c) ghet V 3 4gh V 3 (b) h 2gh V 3 (d) √2gh A circular cylinder of radius r and mass m, starts from the top of an inclined plane and rolls down without any slip. After its center moves to a point having a vertical height h as shown below, the velocity of the center of mass, with g as acceleration due to gravity is Dib (a) (c) ghet V 3 4gh V 3 (b) h 2gh V 3 (d) √2gh

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