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//To determine the voltage V_23 of the given network.
clc;
Z=[(1/2)+(1/3) -(1/3) -(1/2);-(1/3) (1/3)+(1/(%i*4)) 0;-(1/2) 0 (1/2)+(1/(%i*2))]
D=det(Z)
Z_2=[(1/2)+(1/3) 1 -(1/2);-(1/3) 0 0;-(1/2) 0 (1/2)+(1/(%i*2))]
D_2=det(Z_2)
Z_3=[(1/2)+(1/3) -(1/3) 1;-(1/3) (1/3)+(1/(%i*4)) 0;-(1/2) 0 0]
D_3=det(Z_3)
V_2=D_2/D
V_3=D_3/D
V_23=V_2-V_3
//Using Cramer's rule
disp(V_23,'Required voltage in the polar form(V)')
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