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eparticle19elastic.DIoIlofthe previous problem has a massd a speed v before the collision and it sticks to thesion. The rod has a mass M. (a) Findvelocity of the centre of mass C of the system66m androd after the colliconstituting "the rod plus the particle". Ob) Find thevelocity of theparticle with respect to C before thecollision. (c) Find the velocity of the rod with respect toC before the collision. (d) Find the angular momentunmof the particle and of the rod about the centre of massC before the collision. (e) Find the moment of inertia ofthe system about the vertical axis through the centre ofmass C after the collision. (f) Find the velocity of thecentre of mass C and the angular velocity of the systemabout the centre of mass after the collision.inined

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