Q4) A block of mass of 2m comes with initial speed vo and collides with a system of two blocks connected by a spring of spring constant k on a frictionless horizontal table, each having a mass of m as shown in the figure below. Find the maximum compression in the spring if the collision is a) Elastic b) Perfectly inelastic. 2m Vo m p km

Q4) A block of mass of 2m comes with initial speed vo and collides with a system of two blocks connected by a spring of spring constant k on a frictionless horizontal table, each having a mass of m as shown in the figure below. Find the maximum compression in the spring if the collision is a) Elastic b) Perfectly inelastic. 2m Vo m p km

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Description: Q4) A block of mass of 2m comes with initial speed vo and collides with a system of two blocks connectedby a spring of spring constant k on a frictionless horizontal table, each having a mass of m as shown inthe figure below. Find the maximum compre

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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Q4) A block of mass of 2m comes with initial speed vo and collides with a system of two blocks connected
by a spring of spring constant k on a frictionless horizontal table, each having a mass of m as shown in
the figure below. Find the maximum compression in the spring if the collision is
a) Elastic
b) Perfectly inelastic.
2m
Vo
m
M
km
ww

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Step 1: Find the speed of 2m mass

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Step 2: Find speed of 2nd mass

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Step 3: Explain the concept of collision here

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Step 4: Find the relation for the conservation of the linear momentum for this speed

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Step 5: Find the equation for maximum compression (x)

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Step 6: Find velocity in case of inelastic collision

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Step 7: Find compression in case of inelastic

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