The figure shows a system composed of a disk of weight W1 = 901b and radiius r = 6.7 in connected to a rod of weight W2 = 40 lb and length L= 24 in. The rod is connected to the disk by a pin A and is supported by another pin B. The disk rests on an incline plane of inclination angle 20°. The static friction coefficient between the disk and the incline plane is µ, = 0.43. Calculate the largest couple M which can be= applied to the disk without the disk starting to slip with respect to the incline plane.

The figure shows a system composed of a disk of weight W1 = 901b and radiius r = 6.7 in connected to a rod of weight W2 = 40 lb and length L= 24 in. The rod is connected to the disk by a pin A and is supported by another pin B. The disk rests on an incline plane of inclination angle 20°. The static friction coefficient between the disk and the incline plane is µ, = 0.43. Calculate the largest couple M which can be= applied to the disk without the disk starting to slip with respect to the incline plane.

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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Dont forget to draw the FREE BODY DIAGRAMS ALSO PLEASE! (:

1. The figure shows a system composed of a disk of weight W1 = 901b and radius
r = 6.7 in connected to a rod of weight W2 = 40 lb and length L = 24 in. The rod is
connected to the disk by a pin A and is supported by another pin B. The disk rests on
an incline plane of inclination angle 20°. The static friction coefficient between the
disk and the incline plane is 4, = 0.43. Calculate the largest couple M which can be
applied to the disk without the disk starting to slip with respect to the incline plane.
24m
B
201

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