Lab 8 Momentum.pdf - Surname 1 Procedure: 1 Go to...

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Surname 1 Procedure: 1)Go to https://phet.colorado.edu/sims/html/collision-lab/latest/collision-lab_en.html 2)Select Intro 3)To make the collision elastic, drag the slider all the way to the right until it says 100% elastic. 4)Click the box, more data to get information on position, velocity, and momentum. 5)Complete Table A to D. A)Elastic Collision Same Mass Objects m1m2v1v2m1v1m2v2pi=m1v1+m2v2KEi=1/2m1v12+ 1/2m1v12v1v2m1v1m2v2pf=m1v1’+m2v2KEf= 1/2m1v1 2+ ½ m2v2 2 112-32-3-16.5-32-32-16.5 221-22-4-25-21-42-25 330-30-9-913.5-30-90-913.5 B)Elastic Collision Different Mass Objects m1m2v1v2m1v1m2v2pi=m1v1+m2v2KEi=1/2m1v12+ 1/2m1v12v1v2m1v1m2v2pf=m1v1’+m2v2KEf= 1/2m1v1 2 + ½ m2v2 2 123-13-215.5-2.331.67-2.333.3315.5 232-34-9-517.5-41-83-517.5
Surname 2 310-30-3-34.5-0.751.5-4.51.5-34.5 Elastic Collisions Questions:
1)What do you notice about the value of the kinetic energy before and after collision?
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