prove that:subject power transmission and distributionsystemPewer Trunsmission.H-p) Proof the eyuation AD-BC = 1 ;(proefsHIsIRVsIR= Is.%3DVs. AVR +BIRIs CUR + DIR.He) proof the equa tiun ;LAV) =Lav).P.R+ Q.X%3DIVRLHop) proof 2he equation ;-8- tant Il.Cus.pr - IR. Sin on|Val + I.R.Cos OR +|Il.x.singR

Let us take,VR- receiving end voltageVs-sending end voltageand,Is-sending end currentIR-receiving…

Answered: Hop)" Proof the eyuation AD-BC = 1 ;…

Engineering

Electrical Engineering

Hop)" Proof the eyuation AD-BC = 1 ; %3D Is IR %3D Vs UR IR= Is Vs AVR +BIR Isz CUR + DIR.

Power System Analysis and Design (MindTap Course List)

6th Edition

ISBN:9781305632134

Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Publisher:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Chapter6: Power Flows

Section: Chapter Questions

Problem 6.53P

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Question

prove that:
subject power transmission and distribution
system
Pewer Trunsmission.
H-p) Proof the eyuation AD-BC = 1 ;
(proefsH
Is
IR
Vs
IR= Is.
%3D
Vs. AVR +BIR
Is CUR + DIR.
He) proof the equa tiun ;
LAV) =
Lav).
P.R+ Q.X
%3D
IVRL
Hop) proof 2he equation ;
-
8- tant Il.Cus.pr - IR. Sin on
|Val + I.R.Cos OR +|Il.x.singR

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