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313 Q/ The steel shaft shown in figure below, it rotates at 3 r/s with 30 kW taken off at A, 15 kW removed at B, and 45 kW applied at C. Using G= 83 Gpa, find ? The max. shearing stress The angle of rotation of gear A relative to gear C 1. 2. PA = 30 kW A B PB = 15 kW 75 mm dia Pc = 45 kW 50 mm dia f = 3 r/s 4 m 2 m

313 Q/ The steel shaft shown in figure below, it rotates at 3 r/s with 30 kW taken off at A, 15 kW removed at B, and 45 kW applied at C. Using G= 83 Gpa, find ? The max. shearing stress The angle of rotation of gear A relative to gear C 1. 2. PA = 30 kW A B PB = 15 kW 75 mm dia Pc = 45 kW 50 mm dia f = 3 r/s 4 m 2 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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313 Q/ The steel shaft shown in figure below, it rotates at 3 r/s with 30 kW taken off at A, 15 kW removed at B, and 45 kW applied at C. Using G= 83 Gpa, find ? 1. The max. shearing stress 2. The angle of rotation of gear A relative to gear C B PA = 30 kW Рв 3D 15 kW A %3D 75 mm dia Pc = 45 kW %3D 50 mm dia f = 3 r/s 4 m 2 m BN
Transcribed Image Text:313 Q/ The steel shaft shown in figure below, it rotates at 3 r/s with 30 kW taken off at A, 15 kW removed at B, and 45 kW applied at C. Using G= 83 Gpa, find ? 1. The max. shearing stress 2. The angle of rotation of gear A relative to gear C B PA = 30 kW Рв 3D 15 kW A %3D 75 mm dia Pc = 45 kW %3D 50 mm dia f = 3 r/s 4 m 2 m BN
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