A 30 KN of force at one end just supports a weight of 30,000 KN load at the other end. If the rope is run three times around a circular post, what is the coefficient of friction between the rope and the post? How to get the final answer 0.366? Ag per Rope tension formulaтеelloT2=In (7/2) = 4x0оIn (30000).= 4 x 6 x4 = 0·366] Ans SolutionMaximum value of load T₁Minimum value of load T₂ = 30 KNload T₁ = 30000 KNNumber of tuin about circular postN = 3Angle of contact of rope on circular post0 = NX 2X = 3x2x = 6x radlet u = cofficient of friction.

Given:Force acting on one end, F=30 kNWeight supported by the forec, W=30,000 kN

Answered: 30 KN of force at one end just supports…

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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A 30 KN of force at one end just supports a weight of 30,000 KN load at the other end. If the rope is run three times around a circular post, what is the coefficient of friction between the rope and the post?

How to get the final answer 0.366?

Ag per Rope tension formula
те
ello
T2
=
In (7/2) = 4x0
о
In (30000).
= 4 x 6 x
4 = 0·366] Ans

Solution
Maximum value of load T₁
Minimum value of load T₂ = 30 KN
load T₁ = 30000 KN
Number of tuin about circular post
N = 3
Angle of contact of rope on circular post
0 = NX 2X = 3x2x = 6x rad
let u = cofficient of friction.

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