The cylindrical tank AB has an 192 mm innerdiameter and a 7.7 mm wall thickness. Thepressure inside the tank is 6 MPa as shown inFigure P11. Use this information to answerquestions 11 to 13.Fi_36014(a(eD199kN240 m(a(cFigure I1le11. Determine axial stress due to the pressure atpoint K.(a) 40.4MPA(c) 80.8MPA(a(e(b) 7.46MPA(d) 20.2MPA12. Determine tangential stress due to thepressure at point K.72

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Description: The cylindrical tank AB has an 192 mm innerdiameter and a 7.7 mm wall thickness. Thepressure inside the tank is 6 MPa as shown inFigure P11. Use this information to answerquestions 11 to 13.Fi_36014(a(eD199kN240 m(a(cFigure I1le11. Determine axial s

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The cylindrical tank AB has an 192 mm inner diameter and a 7.7 mm wall thickness. The pressure inside the tank is 6 MPa as shown in Figure PI1. Use this information to answer questions 11 to 13. 360 m D 240, Figure 11 11. Determine axial stress due to the pressure at point K. (a) 40.4MPA (c) 80.8MPA (b) 7.46MPA (d) 20.2MPA 12. Determine tangential stress due to the pressure at point K. 72

The cylindrical tank AB has an 192 mm inner diameter and a 7.7 mm wall thickness. The pressure inside the tank is 6 MPa as shown in Figure PI1. Use this information to answer questions 11 to 13. 360 m D 240, Figure 11 11. Determine axial stress due to the pressure at point K. (a) 40.4MPA (c) 80.8MPA (b) 7.46MPA (d) 20.2MPA 12. Determine tangential stress due to the pressure at point K. 72

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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