An object K with a mass 2kg moves with a constant velocity of 60 m/s in the + x axis direction in a frictionless plane makes head on collision with object L at rest which has 6 kg. What will be the magnitude of the velocity of the sphere L after the collision?

Glencoe Physics: Principles and Problems, Student Edition
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Author:Paul W. Zitzewitz
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Chapter9: Momentum And Its Conservation
Section: Chapter Questions
Problem 72A
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5.
An object K with a mass 2kg moves with a constant velocity of 60 m/s in the +x
axis direction in a frictionless plane makes head on collision with object Lat rest
which has 6 kg What will be the magnitude of the velocity of the sphereL after
the collision?
a)
45m/s
b)
60m/s
C)
30m/s
d)
50m/s
e)
20m/s
Transcribed Image Text:5. An object K with a mass 2kg moves with a constant velocity of 60 m/s in the +x axis direction in a frictionless plane makes head on collision with object Lat rest which has 6 kg What will be the magnitude of the velocity of the sphereL after the collision? a) 45m/s b) 60m/s C) 30m/s d) 50m/s e) 20m/s
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