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Given R=5 in, and r=3 in. The moment of Inertia of the hollow cross section :is My Mz A = n(R²-r²) ly = Iz = T(R-rt) 4 ly Iz= 427.25 in^4 O 427.25 in^2 O 50.26 in^4 O 50.26 in^2 O

Given R=5 in, and r=3 in. The moment of Inertia of the hollow cross section :is My Mz A = n(R²-r²) ly = Iz = T(R-rt) 4 ly Iz= 427.25 in^4 O 427.25 in^2 O 50.26 in^4 O 50.26 in^2 O

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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In mechanical resistance
Given R=5 in, and r=3 in. The moment of Inertia of the hollow cross section tis Mz. A = T(R²-r?) T(R*-r*) 4 ly = Iz= 427.25 in^4 427.25 in^2 50.26 in^4 50.26 in^2 O Given R=5 in, and r=3 in. The area of * :the hollow cross section is MyY Mz. A = T(R²-r²) T(R'-r*) ly = Iz= 4 50.26 in^4 O 50.26 in^2 O 427.25 in^2 427.25 in^4 O
Transcribed Image Text:Given R=5 in, and r=3 in. The moment of Inertia of the hollow cross section tis Mz. A = T(R²-r?) T(R*-r*) 4 ly = Iz= 427.25 in^4 427.25 in^2 50.26 in^4 50.26 in^2 O Given R=5 in, and r=3 in. The area of * :the hollow cross section is MyY Mz. A = T(R²-r²) T(R'-r*) ly = Iz= 4 50.26 in^4 O 50.26 in^2 O 427.25 in^2 427.25 in^4 O
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