Please answer all questions based on the scenario. ANAZE(A) What is the maximum horizontal force F that can be exerted without moving the trash can?The surfaces are extremely rough, and only a fraction of the surfaces is in close contact, but we make theassumption that the relation between the friction force and normal force applies.The maximum possible force of static friction isFs, max = Hsnwhere n is the magnitude of the normal force exerted by one surface on the other. For an applied force that is toosmall to move the trash can, the force of static friction balances the applied force and both have the same magnitudewhich, because n = mg, is equal toF = Fs, max = Hsmgwhere us is the coefficient of static friction. This givesF = Fs, maxN.(B) Determine the acceleration of the trash can as it moves.For a force F that is just slightly larger than Fs, max, the trash can accelerates. The applied force can still be taken asthe same, but the friction force is given by the coefficient of kinetic friction ug times the normal force n instead of thecoefficient of static friction Hs times the normal force n:Fk = Hkmg.The net force that gives the mass times the acceleration is the difference of the applied and kinetic friction forces:x= Fs, max - HKmg = Hsmg – Hkmg = (Hs - Hk)mg = max.This can be solved to give the acceleration:ax = (µs - HK)g =m/s2. rcesInstructionsClick 'start' in the following Active Figure depicting static and kinetic frictional forces with a givforce to a trash can to complete the exercise.EXPLOREA trash can with a mass of 9 kghas a coefficient of static frictionof us = 0.72 and a coefficient ofkinetic friction of uk = 0.16. (TheActive Figure applies to a similarsituation, but the values of themass, coefficient of static frictionand coefficient of kinetic frictionmay be different. So the values itgives may not be the samevalues you obtain from yourcalculations.)(A) What is the maximumhorizontal force F that can beexerted without moving the trashcan?(B) Suppose this force is justbarely exceeded. Determine theacceleration of the trash can as itmoves.CONCEPTUALIZEDisplay in a New WindowThe trash can is being pushed

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Description: Please answer all questions based on the scenario. ANAZE(A) What is the maximum horizontal force F that can be exerted without moving the trash can?The surfaces are extremely rough, and only a fraction of the surfaces is in close contact, but we make

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EXPLORE A trash can with a mass of 9 kg has a coefficient of static friction of us = 0.72 and a coefficient of kinetic friction of uk = 0.16. (The %3D Active Figure applies to a similar situation, but the values of the mass, coefficient of static friction and coefficient of kinetic friction may be different. So the values it gives may not be the same values you obtain from your calculations.) (A) What is the maximum horizontal force F that can be exerted without moving the trash can? (B) Suppose this force is just barely exceeded. Determine the acceleration of the trash can as it moves.

EXPLORE A trash can with a mass of 9 kg has a coefficient of static friction of us = 0.72 and a coefficient of kinetic friction of uk = 0.16. (The %3D Active Figure applies to a similar situation, but the values of the mass, coefficient of static friction and coefficient of kinetic friction may be different. So the values it gives may not be the same values you obtain from your calculations.) (A) What is the maximum horizontal force F that can be exerted without moving the trash can? (B) Suppose this force is just barely exceeded. Determine the acceleration of the trash can as it moves.

University Physics Volume 1

18th Edition

ISBN:9781938168277

Author:William Moebs, Samuel J. Ling, Jeff Sanny

Publisher:William Moebs, Samuel J. Ling, Jeff Sanny

Chapter6: Applications Of Newton's Laws

Section: Chapter Questions

Problem 58P: Calculate the maximum acceleration of a car that is heading up a 4.00slope (one that makes an angle...

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