An engine shaft running at 1,748 r.p.m. is required to drive a machine shaft by means of a belt. The pulley on the engine shaft is of 3 m diameter and that of the machine shaft is 6 m diameter. Determine the speed of the machine shaft, when there is a slip of 2%.

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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An engine shaft running at 1,748 r.p.m. is required to drive a machine shaft by means of a belt. The pulley on the engine shaft is of 3 m diameter and that of the machine shaft is 6 m diameter.  Determine the speed of the machine shaft, when there is a slip of 2%.

An engine shaft running at 1,748 r.p.m. is required to drive a machine
shaft by means of a belt. The pulley on the engine shaft is of 3 m
diameter and that of the machine shaft is 6 m diameter. Determine
the speed of the machine shaft, when there is a slip of 2%.
Transcribed Image Text:An engine shaft running at 1,748 r.p.m. is required to drive a machine shaft by means of a belt. The pulley on the engine shaft is of 3 m diameter and that of the machine shaft is 6 m diameter. Determine the speed of the machine shaft, when there is a slip of 2%.
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