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3. The 35-kW, 400-V dc shunt generator has armature and shunt field winding resistances of 0.19 Q and 80 N respectively. If the generator is operating at 87.35% loading, find the terminal voltage when: a. the flux is increased by 6% and the speed is decreased by 9% b. the flux is decreased by 7% and the speed is increased by 8%

3. The 35-kW, 400-V dc shunt generator has armature and shunt field winding resistances of 0.19 Q and 80 N respectively. If the generator is operating at 87.35% loading, find the terminal voltage when: a. the flux is increased by 6% and the speed is decreased by 9% b. the flux is decreased by 7% and the speed is increased by 8%

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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3. The 35-kW, 400-V dc shunt generator has armature and shunt field winding resistances of 0.19 Q and 80 Q respectively. If the generator is operating at 87.35% loading, find the terminal voltage when: a. the flux is increased by 6% and the speed is decreased by 9% b. the flux is decreased by 7% and the speed is increased by 8%
Transcribed Image Text:3. The 35-kW, 400-V dc shunt generator has armature and shunt field winding resistances of 0.19 Q and 80 Q respectively. If the generator is operating at 87.35% loading, find the terminal voltage when: a. the flux is increased by 6% and the speed is decreased by 9% b. the flux is decreased by 7% and the speed is increased by 8%
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