6- The adjacent figure shows a case of collision with a body at rest. What is the velocity and angle of scattering of the second body after the collision? 4.33 m/s 5.00 mis m Before the collision After the collision. A) e = -60 v = 2.5 B) 0=60 v = 3.5 = -30 v = 4.33 D) = -50 v 1.5 O A O B O c O D

6- The adjacent figure shows a case of collision with a body at rest. What is the velocity and angle of scattering of the second body after the collision? 4.33 m/s 5.00 mis m Before the collision After the collision. A) e = -60 v = 2.5 B) 0=60 v = 3.5 = -30 v = 4.33 D) = -50 v 1.5 O A O B O c O D

College Physics

1st Edition

ISBN:9781938168000

Author:Paul Peter Urone, Roger Hinrichs

Publisher:Paul Peter Urone, Roger Hinrichs

Chapter8: Linear Momentum And Collisions

Section: Chapter Questions

Problem 16CQ: What is an inelastic collision? What is a perfectly inelastic collision?

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6- The adjacent figure shows a case of collision with a
body at rest. What is the velocity and angle of scattering
of the second body after the collision?
5.00 m/s
4.33 m/s
300
m
Before the collision
After the collision.
A)
e=-60
v = 2.5
B)
0= 60
v = 3.5
0= -30
v = 4.33
D)
e= -50
v = 1.5
A
В
C
D

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