In the two-sphere arrangement of Figure, assume that sphere 1 has a mass of 50 g and an initial height of 9.8 cm, and that sphere 2 has a mass of 75 g. After sphere 1 is released and collides elastically with sphere 2, what height is reached by (a) sphere 1 and (b) sphere 2? After the next (elastic) collision, what height is reached by (c) sphere 1 and (d) sphere 2? (Hint: Do not use rounded-off values.) h₁ 21 2 m₂

In the two-sphere arrangement of Figure, assume that sphere 1 has a mass of 50 g and an initial height of 9.8 cm, and that sphere 2 has a mass of 75 g. After sphere 1 is released and collides elastically with sphere 2, what height is reached by (a) sphere 1 and (b) sphere 2? After the next (elastic) collision, what height is reached by (c) sphere 1 and (d) sphere 2? (Hint: Do not use rounded-off values.) h₁ 21 2 m₂

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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Question

Huhuhuh

In the two-sphere arrangement of Figure, assume
that sphere 1 has a mass of 50 g and an initial height
of 9.8 cm, and that sphere 2 has a mass of 75 g. After
sphere 1 is released and collides elastically with
sphere 2, what height is reached by (a) sphere 1 and
(b) sphere 2? After the next (elastic) collision, what
height is reached by (c) sphere 1 and (d) sphere 2?
(Hint: Do not use rounded-off values.)
M1
2
m2

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Step 1: Given :-

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Step 2: Momentum conservation during first collision :-

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Step 3: Height achieved after first collision:-

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Step 4: Momentum conservation during second collision:-

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Step 5: Height achieved after second collision :-

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Step 6: Height achieved after second collision:-

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