balance Y-connected load of ( 3 + j8 ) ohms per phase is supplied by a balanced three-phase, 60 Hz, positive phase sequence source. If VBC = 133.6998 + j159.3372 volts, determine the following: (Answers in complex numbers must be expressed in POLAR FORM) a. VAB b. VCA c. Line current IA d. Line current IB e. Line current IC
balance Y-connected load of ( 3 + j8 ) ohms per phase is supplied by a balanced three-phase, 60 Hz, positive phase sequence source. If VBC = 133.6998 + j159.3372 volts, determine the following: (Answers in complex numbers must be expressed in POLAR FORM) a. VAB b. VCA c. Line current IA d. Line current IB e. Line current IC
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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A balance Y-connected load of ( 3 + j8 ) ohms per phase is supplied by a balanced three-phase, 60 Hz, positive phase sequence source. If VBC = 133.6998 + j159.3372 volts, determine the following: (Answers in complex numbers must be expressed in POLAR FORM)
a. VAB
b. VCA
c. Line current IA
d. Line current IB
e. Line current IC
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A balance Y-connected load of ( 3 + j8 ) ohms per phase is supplied by a balanced three-
phase, 60 Hz, positive phase sequence source. If VBC = 133.6998 + j159.3372 volts,
determine the following: (Answers in complex numbers must be expressed in POLAR FORM)
f. Total real power of the load
g. Total reactive power of the load
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