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Question 01 Calculate the number of convolutions (n) to get a deflection of 310 degrees in a bellow: P.R2 8 = 2.n.Ae. E.t3 ô = deflection of the bellows n=?. (mumber of convolutions) Ae = and r= 2 m P- 50 Pa R=0.6 m E= 2 Pa (Young's mođulus) t=2m (wall thickness)

Question 01 Calculate the number of convolutions (n) to get a deflection of 310 degrees in a bellow: P.R2 8 = 2.n.Ae. E.t3 ô = deflection of the bellows n=?. (mumber of convolutions) Ae = and r= 2 m P- 50 Pa R=0.6 m E= 2 Pa (Young's mođulus) t=2m (wall thickness)

Elements Of Electromagnetics
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 01 Calculate the number of convolutions (n) to get a deflection of 310 degrees in a bellow: P.R2 8 = 2.n.Ae. E.t3 8 = deflection of the bellows n=? (mumber of convolutions) Ae = u and r= 2 m P = 50 Pa R= 0.6 m E = 2 Pa (Young's modulus) t=2 m (wall thickness)
Transcribed Image Text:Question 01 Calculate the number of convolutions (n) to get a deflection of 310 degrees in a bellow: P.R2 8 = 2.n.Ae. E.t3 8 = deflection of the bellows n=? (mumber of convolutions) Ae = u and r= 2 m P = 50 Pa R= 0.6 m E = 2 Pa (Young's modulus) t=2 m (wall thickness)
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