Matlab

Y0=[-14.33i 3.33i 1.403i 10i 0; 3.33i -16.66i 3.33i 0 0; 1.403i 3.33i -4.733i 0 0; 10i 0 0 -13.33i 0; 0 10i 0 0 -3.33i]
Z0=inv(Y0)
Y1=[-22i 8i 4i 10i 0; 8i -24.66i 6.66i 0 10i; 4i 6.66i -10.66i 00; 10i 0 0 -16.66i 0; 0 10i 0 0 -16.66i]
Z1=inv(Y1)
Io=[1/(.1123i+.0876i+.1123i)]
a=-0.5+(sqrt(3)/2)*i
a2=-0.5-(sqrt(3)/2)*i
C=[1 1 1; 1 a2 a;1 a a2]
D=[-3.203i;-3.203i;-3.203i]
I=C*DV0=[-.0876i*-3.203i]
V1=[1-.1123i*-3.203i]
V2=[-.1123i*-3.203i]
V=[-.2806; .6403; -.3597]
R=C*V
Y0 =

0 -14.3300i 0 + 3.3300i 0 + 1.4030i 0 +10.0000i 00 + 3.3300i 0 -16.6600i 0 + 3.3300i 0 0
0 + 1.4030i 0 + 3.3300i 0 - 4.7330i 0 00 +10.0000i 0 0 0 -13.3300i 0
0 0 +10.0000i 00 0 - 3.3300i



Z0 =

0 + 0.1957i 0 + 0.0590i 0 + 0.0995i 0 + 0.1468i 0
0 + 0.0590i 0 + 0.0876i0 + 0.0791i 0 + 0.0443i 0
0 + 0.0995i 0 + 0.0791i 0 + 0.2965i 0 + 0.0747i 0
0 + 0.1468i 0 + 0.0443i 0+ 0.0747i 0 + 0.1851i 0
0 + 0.1772i 0 + 0.2632i 0 + 0.2377i 0 + 0.1329i 0 + 0.3003i


Y1 =

0 -22.0000i 0 + 8.0000i0 + 4.0000i 0 +10.0000i 0
0 + 8.0000i 0 -24.6600i 0 + 6.6600i 0 0 +10.0000i
0 + 4.0000i 0 +6.6600i 0 -10.6600i 0 0
0 +10.0000i 0 0 0 -16.6600i 0
0...