Solve using NODAL ANALYSIS only. I'm not sure if my solution is correct, please check. I want to understand nodal analysis so bad. Solve this problem using my solution. (continue or revise it) thank you. SOLVE FOR V1 & V2, the answers should be V1 = 20 V & V2 = 40 V

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
Chapter2: Fundamentals
Section: Chapter Questions
Problem 2.1P: Given the complex numbers A1=630 and A2=4+j5, (a) convert A1 to rectangular form: (b) convert A2 to...
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Solve using NODAL ANALYSIS only. I'm not sure if my solution is correct, please check. I want to understand nodal analysis so bad. Solve this problem using my solution. (continue or revise it) thank you.

SOLVE FOR V1 & V2, the answers should be V1 = 20 V & V2 = 40 V

It =4
エ1
はる (0
V2
Z 20
4) 4A
I2
す2100
20
V3
@ Uz
I1 = I2 t I3
Is =エっ f I4
VI -0
VI - V2
20- VI
こ
Vi- Vz
+4
10
10
10
VZ -O
ち
20
Vr
Vt-V2
20 - Vr
20
こ
10
10
V2
VI -VZ
4 =0
20
20
av, + 2( Ve - V2) - 4( 20 -Vi)
= 20
N+AVリー 2V2 - 80 +(4): 20
V2
2(v1-V2) - 80 = 20
8VI - 2V2 =
100
Vz- 2V1 +zvz = 100
:zba
-ave + 3Vz = 100
一
ナ
Transcribed Image Text:It =4 エ1 はる (0 V2 Z 20 4) 4A I2 す2100 20 V3 @ Uz I1 = I2 t I3 Is =エっ f I4 VI -0 VI - V2 20- VI こ Vi- Vz +4 10 10 10 VZ -O ち 20 Vr Vt-V2 20 - Vr 20 こ 10 10 V2 VI -VZ 4 =0 20 20 av, + 2( Ve - V2) - 4( 20 -Vi) = 20 N+AVリー 2V2 - 80 +(4): 20 V2 2(v1-V2) - 80 = 20 8VI - 2V2 = 100 Vz- 2V1 +zvz = 100 :zba -ave + 3Vz = 100 一 ナ
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