6. The steel shaft shown rotates at 3 rev/sec with 30 kW removed at A, 15 kW taken off at B, and 45 kW applied at C. Compute the minimum and maximum shearing stress developed in the shaft. Determine the total angular deformation of gear A relative to gear C. use G = 83 GPa. B C 55 mm 65 mm 4m 2m

Elements Of Electromagnetics
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TORSION - please provide complete solution as well as considering FBDs if necessary. - can you please include what are the given and what are being asked. - upvote is guaranteed!!
6. The steel shaft shown rotates at 3 rev/ sec with 30 kW removed at A, 15 kW taken off at B, and 45 kW
applied at C. Compute the minimum and maximum shearing stress developed in the shaft. Determine
the total angular deformation of gear A relative to gear C. use G = 83 GPa.
A
B
C
55 mm
65 mm
4m
2m
Transcribed Image Text:6. The steel shaft shown rotates at 3 rev/ sec with 30 kW removed at A, 15 kW taken off at B, and 45 kW applied at C. Compute the minimum and maximum shearing stress developed in the shaft. Determine the total angular deformation of gear A relative to gear C. use G = 83 GPa. A B C 55 mm 65 mm 4m 2m
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