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10. If a generator is overcompounded and you want to decrease the degree of compounding, then the diverter resistance must be (increased. decreased) 11. Write the formula for calculating the percent voltage regulation in a DC generator. 12. The preferred connection for DC compound generators is the connection. (short-shunt, long-shunt) 13. The series field winding is a (larger, smaller) size wire than the shunt field winding.

10. If a generator is overcompounded and you want to decrease the degree of compounding, then the diverter resistance must be (increased. decreased) 11. Write the formula for calculating the percent voltage regulation in a DC generator. 12. The preferred connection for DC compound generators is the connection. (short-shunt, long-shunt) 13. The series field winding is a (larger, smaller) size wire than the shunt field winding.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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Book Source: Electricity 3 | 10th Edition ISBN-13:9781111646738 ISBN:1111646732 Authors:Jeffrey J. Keljik

10. If a generator is overcompounded and you want to decrease the degree of compounding, then the diverter resistance must be (increased, decreased) 11. Write the formula for calculating the percent voltage regulation in a DC generator. 12. The preferred connection for DC compound generators is the connection. (short-shunt, long-shunt) 13. The series field winding is a (larger, smaller) size wire than the shunt field winding.
Transcribed Image Text:10. If a generator is overcompounded and you want to decrease the degree of compounding, then the diverter resistance must be (increased, decreased) 11. Write the formula for calculating the percent voltage regulation in a DC generator. 12. The preferred connection for DC compound generators is the connection. (short-shunt, long-shunt) 13. The series field winding is a (larger, smaller) size wire than the shunt field winding.
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