The situation is: using two gliders, 4 collisions on a linear track are observed. In each...

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Physics

The situation is: using two gliders, 4 collisions on a lineartrack are observed. In each collision, the initial speed of glider2 is zero. Collisions 1 and 2 use an elastic band and a bumperattachment on the gliders to create an elastic collision where thetwo gliders touch for just a moment and the area of contact isminimal. Collisions 3 and 4 use a needle and wax receptacle so thatduring the collision, the needle bites into the wax and the twogliders stick together.
I have a position-time graph with about 100 lines of data (preand post collision). I have access to the mass of each glider (withuncertainties). How would I find the answer to this type ofquestion:
Based on the experimental data, 1. calculate the total momentum(in kgÂ·m/s) of the system after the collision; 2.calculate the uncertainty of the total momentum (inkgÂ·m/s) of the system after the collision.

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3.6 Ratings (438 Votes)

calculate the total momentum in kgms of thesystem after the collisionit can be simply found asm1v1f m2v2fwhere m1 and m2 are masses of gliders and v1f v2f are finalvelocities Be very See Answer

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