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Answer all subpart I will thumbs up... Consider a three-phase single circuit transmission line 362 km long, rated voltage 200kV, 125 MW load and unity power factor. a)Calculate the incident and reflected waves on the source and load sides b)Calculate the voltage on the source side (phase-neutral and phase-phase) c)Calculate the wavelength and its propagation speed Given the following table: R = 0.1069 ohm/km L = 1.3549 mH/km C = 0.0085 microfared/km G = 0

Answer all subpart I will thumbs up... Consider a three-phase single circuit transmission line 362 km long, rated voltage 200kV, 125 MW load and unity power factor. a)Calculate the incident and reflected waves on the source and load sides b)Calculate the voltage on the source side (phase-neutral and phase-phase) c)Calculate the wavelength and its propagation speed Given the following table: R = 0.1069 ohm/km L = 1.3549 mH/km C = 0.0085 microfared/km G = 0

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
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Answer all subpart I will thumbs up...

Consider a three-phase single circuit transmission line 362 km long, rated voltage 200kV, 125 MW load and unity power factor.

a)Calculate the incident and reflected waves on the source and load sides

b)Calculate the voltage on the source side (phase-neutral and phase-phase)

c)Calculate the wavelength and its propagation speed

Given the following table:

R = 0.1069 ohm/km

L = 1.3549 mH/km

C = 0.0085 microfared/km

G = 0

 

R-0,1069 ohn km L-13549 mH km C0,0085 Fkm G-O
Transcribed Image Text:R-0,1069 ohn km L-13549 mH km C0,0085 Fkm G-O
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