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A uniform rod AB of mass M, length L is placed against the vertical wall of a container. Now container is filled with a liquid which has half of the density of the density of rod. If end B is given a gentle push, then calculate the velocity of centre of mass of rod when it becomes horizontal is √3gLn.Neglect any frictions, viscosity and kinetic energy of water molecules. Find n.

Answer» A uniform rod AB of mass M, length L is placed against the vertical wall of a container. Now container is filled with a liquid which has half of the density of the density of rod. If end B is given a gentle push, then calculate the velocity of centre of mass of rod when it becomes horizontal is √3gLn.

Neglect any frictions, viscosity and kinetic energy of water molecules. Find n.




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