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An air hockey table is a good approximation of a flat surface with no friction. The puck is a flat disc that can slide on
- An air hockey table is a good approximation of a flat surface with no friction. The puck is a flat disc that can slide on the table. The aim of this exercise is to predict the trajectory of a puck hit by a second puck moving with a known speed. Assume that the mass of the pucks is m=9 (kg) and their radius is r=10 (m) (the thickness of the pucks is irrelevant for this exercise). The initial setup of the puck is described in the figure, where the puck A is standing still while the puck B is moving with constant velocity v=10 (m/s) toward the puck A with an impact parameter of b=2 (m) (the impact parameter is the distance between the centers of the two pucks in the direction orthogonal to the motion).
a) Given below is a schematic of the two pucks before and after impact. The velocity of the puck B is indicated with an arrow. Fill in possible velocities for puck A and puck B after the collision:
Note: I did provided the reference as a screenshot for both parts A and C which should be down below.
![image text in transcribed](https://s3.amazonaws.com/si.experts.images/answers/2024/06/66818589344f1_36066818588f0e6f.jpg)
![image text in transcribed](https://s3.amazonaws.com/si.experts.images/answers/2024/06/66818589a194e_361668185897bd07.jpg)
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