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Q. NO.1: Determine the real and reactive power loss in the line, where the line impedance is 0.01X+j0.5X Q,The line is connected by two single-phase ideal voltage sources V1 and V2. Also determine the complex power for each and find whether they are delivering or receiving reactive and real power. 0.01x + j0.5X I12 10X 4 15° v | 15X z0° v

Q. NO.1: Determine the real and reactive power loss in the line, where the line impedance is 0.01X+j0.5X Q,The line is connected by two single-phase ideal voltage sources V1 and V2. Also determine the complex power for each and find whether they are delivering or receiving reactive and real power. 0.01x + j0.5X I12 10X 4 15° v | 15X z0° v

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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Q. NO.1: Determine the real and reactive power loss in the line, where the line impedance is 0.01X+j 0.5X Q,The line is connected by two single-phase ideal voltage sources V1 and V2. Also determine the complex power for each and find whether they are delivering or receiving reactive and real power. 0.01x + j0.5x I12 10X 4 15° v 15X 2 0° v
Transcribed Image Text:Q. NO.1: Determine the real and reactive power loss in the line, where the line impedance is 0.01X+j 0.5X Q,The line is connected by two single-phase ideal voltage sources V1 and V2. Also determine the complex power for each and find whether they are delivering or receiving reactive and real power. 0.01x + j0.5x I12 10X 4 15° v 15X 2 0° v
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