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Explain logically how they managed to eliminate, I don’t understand.

Explain logically how they managed to eliminate, I don’t understand.

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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Explain logically how they managed to eliminate, I don’t understand.
P= P Q = 0 Vo, Ppin, R Unknown: From 0, to eliminate I, From V₂ Pph VS VR 245 = ( Vs Pan)` = (Pph + R) ² VR (VI)² = (P + I²R) 0² D (V₂I) - (Pph)" + 0* solue U₂ Pph + PR Pph + 14 Substituto cate O Cancel 3
Transcribed Image Text:P= P Q = 0 Vo, Ppin, R Unknown: From 0, to eliminate I, From V₂ Pph VS VR 245 = ( Vs Pan)` = (Pph + R) ² VR (VI)² = (P + I²R) 0² D (V₂I) - (Pph)" + 0* solue U₂ Pph + PR Pph + 14 Substituto cate O Cancel 3
Load Flow Simple, quadratic problem Write two equations of Stucce Load 2 P= P + I²R SE VRI P= Pph Q = 0 Known V₂ Pphy RV Unknown S = P²+Q² 4 JV 12 for your phone for Vs, VR, phase witages Pph per phase load. (Vs I)" = (Pph + I²R)"+ 0 0 (V₂I) - (P₂h)* +0°
Transcribed Image Text:Load Flow Simple, quadratic problem Write two equations of Stucce Load 2 P= P + I²R SE VRI P= Pph Q = 0 Known V₂ Pphy RV Unknown S = P²+Q² 4 JV 12 for your phone for Vs, VR, phase witages Pph per phase load. (Vs I)" = (Pph + I²R)"+ 0 0 (V₂I) - (P₂h)* +0°
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