Thanks 400 mm400 mm11th. Of the spindle in the figure AB the portion is full and BC part is empty. Tothe free end of the shaft T= 8 kNm When a torque of 'is applied;T=8 kNmB35 mma) The maximum shear stress that will occur in the full and empty part of theshaft,b) CFind the angle of rotation of the tip. ( G = 8050 mmGPa)

Given, Total applied Torque (T)= 8kNm Modulus of Rigidity (G)= 80GPA Solution Divide the spindle…

400 mm 400 mm 11th. Of the spindle in the figure AB the portion is full and BC part is empty. To the free end of the shaft T= 8 kNm When a torque of 'is applied; T=8 kNm 35 mm a) The maximum shear stress that will occur in the full and empty part of the shaft, b) C Find the angle of rotation of the tip. (G = 80 50 mm GPa)

400 mm 400 mm 11th. Of the spindle in the figure AB the portion is full and BC part is empty. To the free end of the shaft T= 8 kNm When a torque of 'is applied; T=8 kNm 35 mm a) The maximum shear stress that will occur in the full and empty part of the shaft, b) C Find the angle of rotation of the tip. (G = 80 50 mm GPa)

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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