2) A 200 km long transmission line reactant was given as x=0.25 Q/ km and shunt admittance as y=10-5wMHO/km, and the line resistance was neglected due to its small size.At the end of the line, 132 MVA ofpower is drawn with a power factor of cosQ = 1. Since the end-of-line voltage is 380 kV interphase, andnm w wwwww wthis transmission line is modeled by two n equivalent circuits connected to the Cascade (series);ww ma w ww w m v mwwwa) Enter parameter A from ABCD parameters?ww mwwwb) Enter parameter B from ABCD parameters?wwwwwm dc) Enter parameter C from ABCD parameters?d) Enter the amplitude value of the line head voltage?wwwww wwww we) Enter the amplitude value of the line head current?wm vwww www wwwwwwww 2) A 200 km long transmission line reactant was given as x=0.25 Q/ km and shunt admittance as y=10-5wMHO/km, and the line resistance was neglected due to its small size.At the end of the line, 132 MVA ofpower is drawn with a power factor of cosQ = 1. Since the end-of-line voltage is 380 kV interphase, andnm w wwwww wthis transmission line is modeled by two n equivalent circuits connected to the Cascade (series);ww ma w ww w m v mwwwa) Enter parameter A from ABCD parameters?ww mwwwb) Enter parameter B from ABCD parameters?wwwwwm dc) Enter parameter C from ABCD parameters?d) Enter the amplitude value of the line head voltage?wwwww wwww we) Enter the amplitude value of the line head current?wm vwww www wwwwwwww

Answered: Image /qna-images/answer/3f5f2a02-22b2-465b-ae9a-5caed5e78bac.jpg

2) A 200 km long transmission line reactant was given as x=0.25 N / km and shunt admittance as y=10-5 MHO/km, and the line resistance was neglected due to its small size.At the end of the line, 132 MVA of power is drawn with a power factor of cosQ = 1. Since the end-of-line voltage is 380 kV interphase, and this transmission line is modeled by two n equivalent circuits connected to the Cascade (series); wwww ww w a) Enter parameter A from ABCD parameters? b) Enter parameter B from ABCD parameters? c) Enter parameter C from ABCD parameters? d) Enter the amplitude value of the line head voltage? wwwww e) Enter the amplitude value of the line head current? wwwwm wwm m w wwm ww v n w

2) A 200 km long transmission line reactant was given as x=0.25 N / km and shunt admittance as y=10-5 MHO/km, and the line resistance was neglected due to its small size.At the end of the line, 132 MVA of power is drawn with a power factor of cosQ = 1. Since the end-of-line voltage is 380 kV interphase, and this transmission line is modeled by two n equivalent circuits connected to the Cascade (series); wwww ww w a) Enter parameter A from ABCD parameters? b) Enter parameter B from ABCD parameters? c) Enter parameter C from ABCD parameters? d) Enter the amplitude value of the line head voltage? wwwww e) Enter the amplitude value of the line head current? wwwwm wwm m w wwm ww v n w

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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Look for the solution to question, as shown in the picture
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