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5-69. The A-36 steel bolt is tightened within a hole so that the reactive torque on the shank AB can be expressed by the equation 1 = (kx²) N. m/m, where x is in meters. If a torque of T = 50 N·m is applied to the bolt head, determine the constant k and the amount of twist in the 50-mm length of the shank. Assume the shank has a constant radius of 4 mm. 5-70. Solve Prob. 5-69 if the distributed torque is t = (kx²/³) N-m/m.

5-69. The A-36 steel bolt is tightened within a hole so that the reactive torque on the shank AB can be expressed by the equation 1 = (kx²) N. m/m, where x is in meters. If a torque of T = 50 N·m is applied to the bolt head, determine the constant k and the amount of twist in the 50-mm length of the shank. Assume the shank has a constant radius of 4 mm. 5-70. Solve Prob. 5-69 if the distributed torque is t = (kx²/³) N-m/m.

Elements Of Electromagnetics
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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5-69. The A-36 steel bolt is tightened within a hole so that the reactive torque on the shank AB can be expressed by the equation t = (kx²) N.m/m, where x is in meters. If a torque of T = 50 N·m is applied to the bolt head, determine the constant k and the amount of twist in the 50-mm length of the shank. Assume the shank has a constant radius of 4 mm. 5-70. Solve Prob. 5-69 if the distributed torque is t = (kx²/3) N.m/m. B 50 mm Probs. 5-69/70 > T-50 N·m
Transcribed Image Text:5-69. The A-36 steel bolt is tightened within a hole so that the reactive torque on the shank AB can be expressed by the equation t = (kx²) N.m/m, where x is in meters. If a torque of T = 50 N·m is applied to the bolt head, determine the constant k and the amount of twist in the 50-mm length of the shank. Assume the shank has a constant radius of 4 mm. 5-70. Solve Prob. 5-69 if the distributed torque is t = (kx²/3) N.m/m. B 50 mm Probs. 5-69/70 > T-50 N·m
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