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A 2 pole DC generator has an armature containing a total of 40 conductors connected in two parallel paths. The flux per pole is6.48 x 108 lines and the speed of the prime mover is 30 rpm. The resistance of each conductor is 0.01 ohm and the current carrying capacity of each conductor is 10A. Calculate the terminal voltage of the generator. (A) 127.6V B 125.2V 128.4V D 130.8V

A 2 pole DC generator has an armature containing a total of 40 conductors connected in two parallel paths. The flux per pole is6.48 x 108 lines and the speed of the prime mover is 30 rpm. The resistance of each conductor is 0.01 ohm and the current carrying capacity of each conductor is 10A. Calculate the terminal voltage of the generator. (A) 127.6V B 125.2V 128.4V D 130.8V

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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A 2 pole DC generator has an armature containing a total of 40 conductors connected in two parallel paths. The flux per pole is6.48 x 108 lines and the speed of the prime mover is 30 rpm. The resistance of each conductor is 0.01 ohm and the current carrying capacity of each conductor is 10A. Calculate the terminal voltage of the generator. (A) 127.6V B) 125.2V 128.4V D 130.8V
Transcribed Image Text:A 2 pole DC generator has an armature containing a total of 40 conductors connected in two parallel paths. The flux per pole is6.48 x 108 lines and the speed of the prime mover is 30 rpm. The resistance of each conductor is 0.01 ohm and the current carrying capacity of each conductor is 10A. Calculate the terminal voltage of the generator. (A) 127.6V B) 125.2V 128.4V D 130.8V
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