2t,Use G = 772 GPa. If1= 4 m, t= 3 mm. b= 80 mm and F= 112KNDetermine the maximum shear stress due to torsion.Select the correct response133.333 MPa215.278 MPa168 056 MP255.556 MPa A cantilevered structural member is fabricated with the cross section shown below and is eccentrically loaded with F- 26F2tXーdF=112 kNUse G = 772 GPa f1=4 m t=3 mm b=80 mmDerermine tne mazimum Shear stress due to torsionSelect the corect response:133 333 MPa215.278MPA168.056 MPa

Given: The shear modulus, G = 77.2 GPa The length of beam, L = 4 m The thickness of cross-section, t…

Answered: 2t, Use G = 772 GPa. Ifl= 4 m, t= 3 mm…

2t, Use G = 772 GPa. Ifl= 4 m, t= 3 mm b= 80 mm, ano F= 112KN. Determine the maximum shear stress due to torsion. Select the correct response 133 333 MPa 215 278 MPa 68 056 MPa 55.556 MPa

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

2t,
Use G = 772 GPa. If1= 4 m, t= 3 mm. b= 80 mm and F= 112KN
Determine the maximum shear stress due to torsion.
Select the correct response
133.333 MPa
215.278 MPa
168 056 MP2
55.556 MPa

A cantilevered structural member is fabricated with the cross section shown below and is eccentrically loaded with F
- 26
F
2t
Xー
dF=112 kN
Use G = 772 GPa f1=4 m t=3 mm b=80 mm
Derermine tne mazimum Shear stress due to torsion
Select the corect response:
133 333 MPa
215.278MPA
168.056 MPa

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