For the band brake shown, the maximum allowed tension in either belt is 5.6kN. Knowing that the

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For the band brake shown, the maximum allowed tension in either belt is 5.6kN. Knowing that the coefficient of static friction between the belt and the 160-mm-radius drum is 0.25, determine

(a) The largest clockwise moment M0 that can be applied to the drum if slipping is not to occur,

(b) The corresponding force P exerted on end E of the lever.

50 mm -250 mm- E. of 40 mm 45°45° 30 30 r= 160 mm

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Vector Mechanics For Engineers Statics

ISBN: 9780072931105

7th Edition

Authors: R.C.Hibbeler

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Question Posted: Oct 09, 2010 03:03 AM

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For the band brake shown, the maximum allowed tension in either belt is 5.6kN. Knowing that the

Question:

50 mm -250 mm- E. of 40 mm 45°45° 30 30 r= 160 mm

Step by Step Answer:

FBD pin B 045 Drum ti T B I 45 BR Mo ml B X Iz r16m a By symmetry 1 IF 0 8210 F For impen...View the full answer

Vector Mechanics For Engineers Statics

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