Vxy = 200 μEQuestion 1.18The state of stress on an element has the stress components: 0-200 MPa, and o-150 MPa and Y-80 MPa. The magnitude of themaximum normal stress isO a. 192.4 MPaO b.179.5 MPaО с.167.4 MPaO d. -25 MPaSectiFinishTim Question 1.19A thin-walled cylindrical pressure vessel is subjected to an internal pressure p. The wall thickness and inner radius of the vessel are t and r,respectively. The longitudinal stress can be calculated byO a. pr/tO b. pO c. pr/(2t)O d. 2pr/t

(1.18) Maximum Stress = 167.4 MPa (Option C). (1.19) Longitudinal Stress = (pr) / (2t) (Option C).

Question 1.18 The state of stress on an element has the stress components: 0,--200 MPa, and o,-150 MPa and Yay-80 MPa. The magnitude of the maximum normal stress is O a. 192.4 MPa O b. 179.5 MPa O c. 167.4 MPa O d. -25 MPa

Question 1.18 The state of stress on an element has the stress components: 0,--200 MPa, and o,-150 MPa and Yay-80 MPa. The magnitude of the maximum normal stress is O a. 192.4 MPa O b. 179.5 MPa O c. 167.4 MPa O d. -25 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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