OF 450 mm AND A WALL THICKNESS OF C6,25 mm IS FORMETDA COMPRESSED AIR TANK HAVING AN INNER DIAMETERBY WELDING TWO HEMISPHERES.U. IF TIHE ALLOWABLE TENSILE STRESS IN THE STEEL IS 96 Mita,WHAT IS THE MAXIMUM PERMISSIBLE AIR PRESSURE IH THETANK?b. IF THE ALLOWABLE SHEAR STRESS IH THE STEEL IS 40 MPa,WHAT IS THE MAXIMUM PERMISSIBLE PRESSURE IN THE TANK?C. TEST ON THE WELDED SEAM SHOW THAT FAILURE OCCURSWHEH THE TENSILE LOAD ON THE WELDS EXCEEDS1.42 KN/mm OF WELD. IF THE REQUIRED FACTOR OFSAFETY AGAINST FAILURE O THE WELD IS 2.5,WHATIs THE MAXIMUM PERMISSIBLE PRESSURE IH THE TAHK?CS Scanned with CamScanner

A COMPRESSED AIR TANK HAVING ÄN INNER DIAMETER OF 450 mm AND A WALL THICKNESS OF Ce.25 mm Is FORMED BY WELDING TWO HEMISPHERES. a. IF TITE ALLOWWABLE TENSILE STRESS IN THE STEEL IS 96 MHa, WHAT IS THE MAXIMUM PERMISSIBLE AIR PRESSURE IH THE TANK? b. IF THE ALLOWABLE SHEAR STRESS IH THE STEEL IS 40 MAOa, WHAT IS THE MAXIMUM PERMISSIBLE PRESSURE H THE TANK?

A COMPRESSED AIR TANK HAVING ÄN INNER DIAMETER OF 450 mm AND A WALL THICKNESS OF Ce.25 mm Is FORMED BY WELDING TWO HEMISPHERES. a. IF TITE ALLOWWABLE TENSILE STRESS IN THE STEEL IS 96 MHa, WHAT IS THE MAXIMUM PERMISSIBLE AIR PRESSURE IH THE TANK? b. IF THE ALLOWABLE SHEAR STRESS IH THE STEEL IS 40 MAOa, WHAT IS THE MAXIMUM PERMISSIBLE PRESSURE H THE TANK?

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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