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A uniform rod of mass m and length is hinged at point A, which is at a distance 14 from the centre of mass of the rod. The rod is free to rotate in a vertical plane about A. A particle moving horizontally strikes at the end P of the rod perpendicularly. The mass of the particle is m/2 and its speed is v0 , just before collision. If particle stops just after collision, if the angular velocity of the rod just after collision in 18v0xl Find x. ___ |
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Answer» A uniform rod of mass m and length is hinged at point A, which is at a distance 14 from the centre of mass of the rod. The rod is free to rotate in a vertical plane about A. A particle moving horizontally strikes at the end P of the rod perpendicularly. The mass of the particle is m/2 and its speed is v0 , just before collision. If particle stops just after collision, if the angular velocity of the rod just after collision in 18v0xl Find x. |
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