60 N - mSince each of the shafts144 N - m,AB, BC and CD shown in48 N - m\dcp=21 mmthe figure consists of asolid circular bar,determine the magnitudeof the stress in the shaft(MPa) at which thedBc = 18 mmBd A = 15 mmFormüller:F.LO = E.ɛ, ɛ=-AL = a.L.AT , ALFO =-maximum shear stress%3DA.E 'AVT.LT.Poccurs.VGJMO=--F6, =lo, -v(0, +0,), o:MA

The torsional moment applied on the shaft AB is, TAB=48 N·m The diameter of the shaft AB is, dAB=15…

60 N- m Since each of the shafts 144 N - m , AB, BC and CD shown in the figure consists of a solid circular bar, determine the magnitude 48 N - m \dcp = 21 mm dsc = 18 mm B d s = 15 mm of the stress in the shaft Formüller: (MPa) at which the F.L AL = a.LAT , AL = A.E F o =E.£, ɛ=¸ maximum shear stress e, =fo, -v.(0, +o,], - AV T.p T.L ОCcurs.

60 N- m Since each of the shafts 144 N - m , AB, BC and CD shown in the figure consists of a solid circular bar, determine the magnitude 48 N - m \dcp = 21 mm dsc = 18 mm B d s = 15 mm of the stress in the shaft Formüller: (MPa) at which the F.L AL = a.LAT , AL = A.E F o =E.£, ɛ=¸ maximum shear stress e, =fo, -v.(0, +o,], - AV T.p T.L ОCcurs.

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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