A box of mass 100.0kg rests on level ground and there is no friction between the box and theground. Resting on top of that mass is a 40.0kg mass with friction coecient that's unknown. A ropeis tied to the 100.0 kg mass and draped over a pulley from which a third mass hangs. How much massmust the hanging mass have in order for the acceleration of all masses to be 5ms2 ?What is the minimum possible friction coecient of the 40.0kg mass in the prior problem? A box of mass 100.0kg rests on level ground and there is no friction between the box and theground. Resting on top of that mass is a 40.0kg mass with friction coefficient that's unknown. A ropeis tied to the 100.0 kg mass and draped over amust the hanging mass have in order for the acceleration of all masses to be 5?pulley from which a third mass hangs. How much massWhat is the minimum possible friction coefficient of the 40.0kg mass in the prior problem?

We know that we have given that the box of mass 100 kg rests on level ground and there is no…

Answered: 0.0kg rests on level ground and there…

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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A box of mass 100.0kg rests on level ground and there is no friction between the box and the
ground. Resting on top of that mass is a 40.0kg mass with friction coecient that's unknown. A rope
is tied to the 100.0 kg mass and draped over a pulley from which a third mass hangs. How much mass
must the hanging mass have in order for the acceleration of all masses to be 5m
s2 ?

What is the minimum possible friction coecient of the 40.0kg mass in the prior problem?

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