Use parts 2 and 3 to solve part 4 2) A A-connected balanced three-phase inductive load consumes 3.2 kW at apower factor of 0.5 and frequency of 60 Hz. The rms value of the sinusoidalline voltage is 208 V. The value of the phase current is:a 10.256 A.b) 8.547 A.c) 18.502 A.d) 6.684 A.e) 24.688 Af) none of the above.3) For the previous part, the values of the phase resistance and inductance are,respectively:a) 14.6002, 0.052 H10.140 2, 46.590 mHc) 14.600 kn, 0.052 Hd) 18.432 2, 72.246 mHe) 26.4522, 90.504 mHf) none of the above.4) For the previous part, it is required to increase the load power factor to unityby connecting a capacitor in series with each phase. The value of the phasecapacitance required is:a) 50.404 μFb) 76.606 μFc) 151.032 μFd) 38.028 μFe) 65.778 μFf) none of the above.

Answered: Image /qna-images/answer/5027ae4f-f544-46c5-b02b-4600e104a131.jpg

2) A A-connected balanced three-phase inductive load consumes 3.2 kW at a power factor of 0.5 and frequency of 60 Hz. The rms value of the sinusoidal line voltage is 208 V. The value of the phase current is: a 10.256 A. b) 8.547 A. c) 18.502 A. d) 6.684 A. e) 24.688 A f) none of the above. 3) For the previous part, the values of the phase resistance and inductance are, respectively: a) 14.600, 0.052 H 10.140 , 46.590 mH c) 14.600 kn, 0.052 H d) 18.432 2, 72.246 mH e) 26.4522, 90.504 mH f) none of the above. 4) For the previous part, it is required to increase the load power factor to unity by connecting a capacitor in series with each phase. The value of the phase capacitance required is: a) 50.404 μF b) 76.606 μF c) 151.032 F d) 38.028 μF e) 65.778 μF f) none of the above.

2) A A-connected balanced three-phase inductive load consumes 3.2 kW at a power factor of 0.5 and frequency of 60 Hz. The rms value of the sinusoidal line voltage is 208 V. The value of the phase current is: a 10.256 A. b) 8.547 A. c) 18.502 A. d) 6.684 A. e) 24.688 A f) none of the above. 3) For the previous part, the values of the phase resistance and inductance are, respectively: a) 14.600, 0.052 H 10.140 , 46.590 mH c) 14.600 kn, 0.052 H d) 18.432 2, 72.246 mH e) 26.4522, 90.504 mH f) none of the above. 4) For the previous part, it is required to increase the load power factor to unity by connecting a capacitor in series with each phase. The value of the phase capacitance required is: a) 50.404 μF b) 76.606 μF c) 151.032 F d) 38.028 μF e) 65.778 μF f) none of the above.

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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Question

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Use parts 2 and 3 to solve part 4

2) A A-connected balanced three-phase inductive load consumes 3.2 kW at a
power factor of 0.5 and frequency of 60 Hz. The rms value of the sinusoidal
line voltage is 208 V. The value of the phase current is:
a 10.256 A.
b) 8.547 A.
c) 18.502 A.
d) 6.684 A.
e) 24.688 A
f) none of the above.
3) For the previous part, the values of the phase resistance and inductance are,
respectively:
a) 14.6002, 0.052 H
10.140 2, 46.590 mH
c) 14.600 kn, 0.052 H
d) 18.432 2, 72.246 mH
e) 26.4522, 90.504 mH
f) none of the above.
4) For the previous part, it is required to increase the load power factor to unity
by connecting a capacitor in series with each phase. The value of the phase
capacitance required is:
a) 50.404 μF
b) 76.606 μF
c) 151.032 μF
d) 38.028 μF
e) 65.778 μF
f) none of the above.

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