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A cylinder of radius R is confined to roll without slipping between two planks (above plank moving with velocity v towards right and lower plank with velocity 3v towards right) as shown in the figure. Then a.) angular velocity of the cylinder is V/R counter clockwise. b.) angular velocity of the cylinder is 2V/R clockwise c.) velocity of centre of mass of the cylinder is v towards left d.) velocity of centre of mass of the cylinder is 2v towards right. |
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Answer» A cylinder of radius R is confined to roll without slipping between two planks (above plank moving with velocity v towards right and lower plank with velocity 3v towards right) as shown in the figure. Then a.) angular velocity of the cylinder is V/R counter clockwise. b.) angular velocity of the cylinder is 2V/R clockwise c.) velocity of centre of mass of the cylinder is v towards left d.) velocity of centre of mass of the cylinder is 2v towards right. |
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