Shown in the figure below is a set of two masses on a track. There is no friction in this problem. The small mass, m = 1.25 kg, is initially stationary at a height of y1 = 0.86 meters. The large mass, M = 4.30 kg, is stationary on the flat surface.The following sequence of events occur:1 → 2 : The small mass slides down the ramp.2 → 3 : The small and large mass collide elastically.3 → 4 : The small and large mass recede from each other after the elastic collision.Determine all the following:The velocity of the small mass before the collision: v2 = m/sThe velocity of the small mass after the collision: v3 = m/sThe velocity of the large mass after the collision: V3 = m/s

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Description: Shown in the figure below is a set of two masses on a track. There is no friction in this problem. The small mass, m = 1.25 kg, is initially stationary at a height of y1 = 0.86 meters. The large mass, M = 4.30 kg, is stationary on the flat surface.Th

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College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Shown in the figure below is a set of two masses on a track. There is no friction in this problem. The small mass, m = 1.25 kg, is initially stationary at a height of y₁ = 0.86 meters. The large mass, M = 4.30 kg, is stationary on the flat surface.

The following sequence of events occur:

1 → 2 :
The small mass slides down the ramp.
2 → 3 :
The small and large mass collide elastically.
3 → 4 :
The small and large mass recede from each other after the elastic collision.

Determine all the following:
The velocity of the small mass before the collision: v₂ =   m/s
The velocity of the small mass after the collision: v₃ =  m/s
The velocity of the large mass after the collision: V₃ =   m/s

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