A compound shaft supports several pulleys. Segments (1) and (4) are solid 21-mm-diameter steel [G = 61 GPa] shafts. Segments (2) and (3) are solid 50-mm-diameter steel shafts. The bearings shown allow the shaft to turn freely. Assume L1=745 mm, L2=400 mm, L3=725 mm, L4=515 mm, TA=130 N-m, TB=2015 N-m, TC=1540 N-m, TD=580 N-m, TE=235 N-m.(a) Determine the maximum absolute value of the shear stress in the compound shaft.(b) Determine the rotation angle of pulley D with respect to pulley B.(c) Determine the rotation angle of pulley E with respect to pulley A. Chapter 6, Reserve Problem 071A compound shaft supports several pulleys. Segments (1) and (4) are solid 21-mm-diameter steel [G = 61 GPa] shafts. Segments (2) and (3) are solid 50-mm-diameter steel shafts. The bearingsshown allow the shaft to turn freely. Assume Li=745 mm, L2=400 mm, L3=725 mm, L4=515 mm, TA=130 N-m, Tg=2015 N-m, Tc=1540 N-m, Tp=580 N-m, TE=235 N-m.(a) Determine the maximum absolute value of the shear stress Tmax in the compound shaft.(b) Determine the rotation angle PDIR of pulley D with respect to pulley B.(c) Determine the rotation angle PEIA of pulley E with respect to pulley A.TATp(1)TE(2)(3)(4)Answers:MРа.(a) Tmax =(b) PDIB =(c) PEIA =

GivenG=61GPad1=d4=21mmd2=d3=50mmL1=745mmL2=400mmL3=725mmL4=515mmTA=130NmTB=2015NmTc=1540NmTD=580NmTE…

Answered: mpound shaft supports several pulleys.…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

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A compound shaft supports several pulleys. Segments (1) and (4) are solid 21-mm-diameter steel [G = 61 GPa] shafts. Segments (2) and (3) are solid 50-mm-diameter steel shafts. The bearings shown allow the shaft to turn freely. Assume L₁=745 mm, L₂=400 mm, L₃=725 mm, L₄=515 mm, T_A=130 N-m, T_B=2015 N-m, T_C=1540 N-m, T_D=580 N-m, T_E=235 N-m.
(a) Determine the maximum absolute value of the shear stress in the compound shaft.
(b) Determine the rotation angle of pulley D with respect to pulley B.
(c) Determine the rotation angle of pulley E with respect to pulley A.

Chapter 6, Reserve Problem 071
A compound shaft supports several pulleys. Segments (1) and (4) are solid 21-mm-diameter steel [G = 61 GPa] shafts. Segments (2) and (3) are solid 50-mm-diameter steel shafts. The bearings
shown allow the shaft to turn freely. Assume Li=745 mm, L2=400 mm, L3=725 mm, L4=515 mm, TA=130 N-m, Tg=2015 N-m, Tc=1540 N-m, Tp=580 N-m, TE=235 N-m.
(a) Determine the maximum absolute value of the shear stress Tmax in the compound shaft.
(b) Determine the rotation angle PDIR of pulley D with respect to pulley B.
(c) Determine the rotation angle PEIA of pulley E with respect to pulley A.
TA
Tp
(1)
TE
(2)
(3)
(4)
Answers:
MРа.
(a) Tmax =
(b) PDIB =
(c) PEIA =

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