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The balanced system below has a phase voltage of 120 V. It supplies a balanced load Z1 that has passive elements composed of 3-ohm resistance, 0.011 H inductance, and 531 microFarad capacitance. Calculate the total true power and reactive power. Answer in whole number.

The balanced system below has a phase voltage of 120 V. It supplies a balanced load Z1 that has passive elements composed of 3-ohm resistance, 0.011 H inductance, and 531 microFarad capacitance. Calculate the total true power and reactive power. Answer in whole number.

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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Kindly Solve it and give the complete solution. Also put the given and what is ask. Thanks

Note: Correct answer is

 P=4947W, Q= 1809VAr

The balanced system below has a phase voltage of 120 V. It supplies a balanced load Z1 that has passive elements composed of 3-ohm resistance, 0.011 H inductance, and 531 microFarad capacitance. Calculate the total true power and reactive power. Answer in whole number.
Transcribed Image Text:The balanced system below has a phase voltage of 120 V. It supplies a balanced load Z1 that has passive elements composed of 3-ohm resistance, 0.011 H inductance, and 531 microFarad capacitance. Calculate the total true power and reactive power. Answer in whole number.
Correct answers: tosolvef ortotalactive /reactivepower, usethef ormulaf orS = 3Vp P = 4947 W, Q = 1809 VAr %3D %3D %3D
Transcribed Image Text:Correct answers: tosolvef ortotalactive /reactivepower, usethef ormulaf orS = 3Vp P = 4947 W, Q = 1809 VAr %3D %3D %3D
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