A free body diagram of an Atwood's pulley on an inclined plane has two masses, M and m, attached to a frictionless pulley where in M is placed on the slope of a frictionless incline while m is hanging on the other end of the pulley. If the angle of inclination is 0, which of the following equations would be the correct derivation of acceleration, knowing that masses M > m? O a= - (Mgcose - mg)/(M - m) a = (Mgcos-mg)/(M + m) O a= (Mgsin0 mg)/(M - m) a = (Mgsin0 mg)/(M + m) 4

A free body diagram of an Atwood's pulley on an inclined plane has two masses, M and m, attached to a frictionless pulley where in M is placed on the slope of a frictionless incline while m is hanging on the other end of the pulley. If the angle of inclination is 0, which of the following equations would be the correct derivation of acceleration, knowing that masses M > m? O a= - (Mgcose - mg)/(M - m) a = (Mgcos-mg)/(M + m) O a= (Mgsin0 mg)/(M - m) a = (Mgsin0 mg)/(M + m) 4

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Description: A free body diagram of an Atwood's pulley on an inclined plane has two masses, M and m,attached to a frictionless pulley where in M is placed on the slope of a frictionless inclinewhile m is hanging on the other end of the pulley. If the angle of in

University Physics Volume 1

18th Edition

ISBN:9781938168277

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

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

Chapter5: Newton's Law Of Motion

Section: Chapter Questions

Problem 21P: Two teenagers are pulling on ropes attached to a tree. The angle between the ropes is 30 . David...

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