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Question 1 8 pts Use Nodal Analysis to complete the elements of the Amatrix of the equation A*V=S, where A is the nodal matri
For the circuit of Question 1, copy the source vector S, paste it below then complete it. S=[ ; ; ]; Complete and use MATLAB below or a calculator to solve using nodal analysis for the node voltages V1, V2, V3 of the circuit oa. What is Vo in rectangular form? b. What is Vo in polar form?
CIRCUIT ANALYSIS!
Electrical engineering!
Knowledge of MATLAB required!!!!
Professionals only!
Please be clear and concise.
MUST ANSWER ALL PARTS OF QUESTION!!!!!!!! Credit only awarded to all complete answers
Please circle answers

FILL IN THE MATRIX G11 G12 G13 and etc.....
I need all three values for S [ ---, ---, ---]
i need v0 in rectangular form
i need v0 in polar form

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Answer #1

Solution : For the given circuit shown , first we need to assign the reference ground node then by Nodal analysis approach by using KCL at node 1 and KCL at supernode 2 and 3 we can obtain the three set of equations for the unknown node voltages such that the obtained equation can be setup in matrix form to obtain the unknown parameters ,then entering the values in the MATLAB script to determine the required output voltage in rectangular and polar form as shown below-

souding for the circuit shown infigure 212 Z1 (node 3 node 2/0° 12/0° V vill V2 V3 node 1 O + IS Vs 22-22 23] 14 24322 v. 0 gApply Kee At Sapronode & and s we get *[ 3 ] + v3+.) - V -35 > + V2 + V3 (+2) 1) + = -2 + Vollt 2 slor 기 j4 o 17 - 05v; -Jonow using the equation &, 3 and 5 6*3.)V, +0.ve - Ny = 2 *** + žg Ve +68+) Vy = -1 va + V₂ Put the equation in MATRIX FORM **therefore values of conductance elements of matrix [A] is equal to - GIMI G12 0 G13 ort NI G21 6122 G33 À - Ti o e will Ку 61MATLAB CODE FOR SOLUTION %nodal analysis clc; clear all; close all; Z1=2; Z2=-2*j; z3=4*j; Z4=2; Vs=12; Is=2; G11= ((1./21) +Command Window V = -1.3333 - 4.0000i -13.3333 5.3333i -1.3333 5.3333i Vo=-1.3333-5.3333i x Output voltage obtained in rectang

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