Situation 5 - A steel drive shaft is 1.80 m long and its outer andinner diameters are respectively equal to 56 mm and 42 mm.The shaft transmits 180 kW while rotating 1t 1800 rpm. UseG = 77 GPa.36. What is the applied torque in N-m?А. 1008В. 84937. Compute the maximum shearing stress in MPa.А. 40.5В. 42.838. Compute the angle of twist in degrees.A. 1.72В. 1.94C. 637D. 955C. 27.1D. 36.1C. 2.05D. 1.29

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ation 5 - A steel drive shaft is 1. inner diameters are respectively The shaft transmits 180 kW whil G = 77 GPa. What is the applied torque in N-m A. 1008 В. 849 Compute the maximum shearing A. 40.5 В. 42.8 С. 63 D. 95 С. 27 D. 36

ation 5 - A steel drive shaft is 1. inner diameters are respectively The shaft transmits 180 kW whil G = 77 GPa. What is the applied torque in N-m A. 1008 В. 849 Compute the maximum shearing A. 40.5 В. 42.8 С. 63 D. 95 С. 27 D. 36

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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Question

Situation 5 - A steel drive shaft is 1.80 m long and its outer and
inner diameters are respectively equal to 56 mm and 42 mm.
The shaft transmits 180 kW while rotating 1t 1800 rpm. Use
G = 77 GPa.
36. What is the applied torque in N-m?
А. 1008
В. 849
37. Compute the maximum shearing stress in MPa.
А. 40.5
В. 42.8
38. Compute the angle of twist in degrees.
A. 1.72
В. 1.94
C. 637
D. 955
C. 27.1
D. 36.1
C. 2.05
D. 1.29

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