Question 3 (25 marks) The 4 m, 15 kg homogeneous rod shown in Figure Q3 is free to move on the smooth horizontal and ver

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Question 3 (25 marks) The 4 m, 15 kg homogeneous rod shown in Figure Q3 is free to move on the smooth horizontal and ver

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Question 3 25 Marks The 4 M 15 Kg Homogeneous Rod Shown In Figure Q3 Is Free To Move On The Smooth Horizontal And Ver 1
Question 3 25 Marks The 4 M 15 Kg Homogeneous Rod Shown In Figure Q3 Is Free To Move On The Smooth Horizontal And Ver 1 (81.61 KiB) Viewed 49 times
Question 3 (25 marks) The 4 m, 15 kg homogeneous rod shown in Figure Q3 is free to move on the smooth horizontal and vertical guides as shown. The collars at A and B each have a mass of 2 kg each. The rod is released from rest in the position with 0 0 and nudged to the left to begin motion. When the angle is as shown in Figure Q3, the collar A impacts collar C of mass 3 kg. The coefficient of restitution between the blocks A and C is 0.5. The mass C is originally in equilibrium under the influence of its weight and the spring. The spring constant is 125 N/m. (a) Determine the velocity of blocks A and C after impact. [12] (b) How much further does the collar C descend after impact before stopping momentarily? [13] AMMA WW FREE B Figure Q3
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