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What should be the number of revolutions of a dc machine to be able to have a generated emf of 200V? The specification of the machine are as follows: Number of poles: 4 Total active conductors: 746 Flux per pole = 2mWb lap winding, simplex 804.3 rpm 402.1 rpm 842.1 rpm 482.3 rpm

What should be the number of revolutions of a dc machine to be able to have a generated emf of 200V? The specification of the machine are as follows: Number of poles: 4 Total active conductors: 746 Flux per pole = 2mWb lap winding, simplex 804.3 rpm 402.1 rpm 842.1 rpm 482.3 rpm

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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pls answer it correctly. All the previous answers are always wrong. Correct answer is on the choices using the given information.

What should be the number of revolutions of a dc machine to be able to have a generated emf of 200V? The specification of the machine are as follows: Number of poles: 4 Total active conductors: 746 Flux per pole = 2mWb lap winding, simplex 804.3 rpm 402.1 rpm 842.1 rpm 482.3 rpm
Transcribed Image Text:What should be the number of revolutions of a dc machine to be able to have a generated emf of 200V? The specification of the machine are as follows: Number of poles: 4 Total active conductors: 746 Flux per pole = 2mWb lap winding, simplex 804.3 rpm 402.1 rpm 842.1 rpm 482.3 rpm
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