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7. When it is necessary to provide automatic control of the voltage output at constant speed, the generator selected is a 8. The current through the shunt winding of a compound generator is not sufficient to the field poles. 9. The terminal voltage output of a cumulative compound-wound generator should as the load current is increased. 10. When the output voltage of a generator is the same at both no load and full load, the generator is called a(n) type. 11. Compound-wound generators are generally designed to be of the type. 12. The amount of compounding that can be obtained from a generator is controlled by

7. When it is necessary to provide automatic control of the voltage output at constant speed, the generator selected is a 8. The current through the shunt winding of a compound generator is not sufficient to the field poles. 9. The terminal voltage output of a cumulative compound-wound generator should as the load current is increased. 10. When the output voltage of a generator is the same at both no load and full load, the generator is called a(n) type. 11. Compound-wound generators are generally designed to be of the type. 12. The amount of compounding that can be obtained from a generator is controlled by

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
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Select the correct answer for each of the following statements

Book Source: Electricity 3 | 10th Edition ISBN-13:9781111646738 ISBN:1111646732 Authors:Jeffrey J. Keljik

B. Select the correct answer to questions 7 through 12 from the following list, and place it in the space provided. a. field poles b. diverter rheostat c. compound-wound generator d. saturate j. overcompounding. e. decrease k. remain constant f. shunt generator 1. undercompounding 7. When it is necessary to provide automatic control of the voltage output at constant speed, the generator selected is a 8. The current through the shunt winding of a compound generator is not sufficient to the field poles. g. increase h. flat compounding į, shunt field rheostat 9. The terminal voltage output of a cumulative compound-wound generator should as the load current is increased. 10. When the output voltage of a generator is the same at both no load and full load, the generator is called a(n) type. 11. Compound-wound generators are generally designed to be of the type. 12. The amount of compounding that can be obtained from a generator is controlled by
Transcribed Image Text:B. Select the correct answer to questions 7 through 12 from the following list, and place it in the space provided. a. field poles b. diverter rheostat c. compound-wound generator d. saturate j. overcompounding. e. decrease k. remain constant f. shunt generator 1. undercompounding 7. When it is necessary to provide automatic control of the voltage output at constant speed, the generator selected is a 8. The current through the shunt winding of a compound generator is not sufficient to the field poles. g. increase h. flat compounding į, shunt field rheostat 9. The terminal voltage output of a cumulative compound-wound generator should as the load current is increased. 10. When the output voltage of a generator is the same at both no load and full load, the generator is called a(n) type. 11. Compound-wound generators are generally designed to be of the type. 12. The amount of compounding that can be obtained from a generator is controlled by
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