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A 500-kV 60-Hz three phase transmission line is 463 km long. The series impedance is z=0.06+j0.4 2 per phase per km and the shunt admittance is y=js*10 Siemens per phase per km. If the T.L. compensated with a series compensation factor of 60%; The compensated value of constant B in 2 is; O A 23.93492 j6141012 O . 25.25773-j113.17002 O C23.93492+j63.05183 O D. 25.25773+j114.43530

A 500-kV 60-Hz three phase transmission line is 463 km long. The series impedance is z=0.06+j0.4 2 per phase per km and the shunt admittance is y=js*10 Siemens per phase per km. If the T.L. compensated with a series compensation factor of 60%; The compensated value of constant B in 2 is; O A 23.93492 j6141012 O . 25.25773-j113.17002 O C23.93492+j63.05183 O D. 25.25773+j114.43530

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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A 500-kV 60-Hz three phase transmission line is 463 km long. The series impedance is z=0.06+j0.4 2 per phase per km and the shunt admittance is y=js*106 Siemens per phase per km. If the T.L. compensated with a series compensation factor of 60%; The compensated value of constant B in 2 is; O A 23.93492 j6141012 O B. 25.25773-j113.17002 O C23.93492+j63.05183 O D. 25.25773+j114.43530
Transcribed Image Text:A 500-kV 60-Hz three phase transmission line is 463 km long. The series impedance is z=0.06+j0.4 2 per phase per km and the shunt admittance is y=js*106 Siemens per phase per km. If the T.L. compensated with a series compensation factor of 60%; The compensated value of constant B in 2 is; O A 23.93492 j6141012 O B. 25.25773-j113.17002 O C23.93492+j63.05183 O D. 25.25773+j114.43530
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