cord30°P= 34 NCylinder:r= (25 mm4 kgm =A uniform cylinder is pasitioned on a 30° slope, and a cord that iswrapped around it leads of in the uphill direction, as shown. A forceP (parallel to the slage) is everted on the end of the cord. Assumingthat the cylinder tolls without sliding along the slope, find:(a) the acceleration à of the mass center (may and divec)Gatic)(b) the friction force F exerted on the cylinder at the point of contact.A

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A uniform cylinder is positioned 30° slope, and a cord that is wrapped around it leads of in the uphill direction, as shown. A force f (parallel to the slope) is exerted on the end of the cord. Assuming that the cylinder tolls without sliding along the slope, find: (a) the acceleration à of the mass center (may and Glatic) (6) the the L F th diver) + f cont

A uniform cylinder is positioned 30° slope, and a cord that is wrapped around it leads of in the uphill direction, as shown. A force f (parallel to the slope) is exerted on the end of the cord. Assuming that the cylinder tolls without sliding along the slope, find: (a) the acceleration à of the mass center (may and Glatic) (6) the the L F th diver) + f cont

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Question

cord
30°
P= 34 N
Cylinder:
r= (25 mm
4 kg
m =
A uniform cylinder is pasitioned on a 30° slope, and a cord that is
wrapped around it leads of in the uphill direction, as shown. A force
P (parallel to the slage) is everted on the end of the cord. Assuming
that the cylinder tolls without sliding along the slope, find:
(a) the acceleration à of the mass center (may and divec)
Gatic)
(b) the friction force F exerted on the cylinder at the point of contact.
A

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