Use the following values:ZR=8 OhmsZL=30j OhmsWrite the final answer to at least 5 significant figures. Given: ZR, ZLUse source transformation to transform Circuit A, such that it is equivalent to Circuit B. InCircuit B, find the impedance Z1 and the unknown coefficient 3.Circuit A:ZR 2ZL 20.5Vx420° A( 1Circuit B:420" AVx In Circuit B, find the impedance Z1 in rectangular form.In Circuit B, find the coefficient B in rectangular form.

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Given: ZR. ZL e source transformation to transform Circuit A, such that it is equivalent to Circuit B. In ircuit B, find the impedance Z, and the unknown coefficient 3. ircuit A: ZR N 0.5Vx 420° A(1 Ercuit B: 420 A V× 52

Given: ZR. ZL e source transformation to transform Circuit A, such that it is equivalent to Circuit B. In ircuit B, find the impedance Z, and the unknown coefficient 3. ircuit A: ZR N 0.5Vx 420° A(1 Ercuit B: 420 A V× 52

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

Use the following values:

ZR=8 Ohms

ZL=30j Ohms

Write the final answer to at least 5 significant figures.

Given: ZR, ZL
Use source transformation to transform Circuit A, such that it is equivalent to Circuit B. In
Circuit B, find the impedance Z1 and the unknown coefficient 3.
Circuit A:
ZR 2
ZL 2
0.5Vx
420° A( 1
Circuit B:
420" A
Vx

In Circuit B, find the impedance Z1 in rectangular form.
In Circuit B, find the coefficient B in rectangular form.

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