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5.33. A 12-kW, 120-V dc series generator has a series field resistance of 0.05 N. The generated emf is 135 V when the generator delivers the rated load at its rated terminal voltage. What is the armature resistance? If the load is reduced to 80% of its rated value at the rated voltage, what is the induced emf in the armature? If the generated emf is 130 V and the generator is supplying 4.167 kW, what is the terminal voltage?

5.33. A 12-kW, 120-V dc series generator has a series field resistance of 0.05 N. The generated emf is 135 V when the generator delivers the rated load at its rated terminal voltage. What is the armature resistance? If the load is reduced to 80% of its rated value at the rated voltage, what is the induced emf in the armature? If the generated emf is 130 V and the generator is supplying 4.167 kW, what is the terminal voltage?

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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5.33. A 12-kW, 120-V dc series generator has a series field resistance of 0.05 N. The generated emf is 135 V when the generator delivers the rated load at its rated terminal voltage. What is the armature resistance? If the load is reduced to 80% of its rated value at the rated voltage, what is the induced emf in the armature? If the generated emf is 130 V and the generator is supplying 4.167 kW, what is the terminal voltage?
Transcribed Image Text:5.33. A 12-kW, 120-V dc series generator has a series field resistance of 0.05 N. The generated emf is 135 V when the generator delivers the rated load at its rated terminal voltage. What is the armature resistance? If the load is reduced to 80% of its rated value at the rated voltage, what is the induced emf in the armature? If the generated emf is 130 V and the generator is supplying 4.167 kW, what is the terminal voltage?
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