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//To find the voltage across the capacitor.
clc;
Z=[4+%i*5 -2 -(1+%i*3);-2 5-%i*2 %i*2;-(1+%i*3) %i*2 2+%i*2]
D=det(Z)
Z_2=[4+%i*5 5 -(1+%i*3);-2 0 %i*2;-(1+%i*3) 0 2+%i*2]
D_2=det(Z_2)
I_2=D_2/D //Current in loop 1 in polar form
Z_3=[4+%i*5 -2 5;-2 5-%i*2 0;-(1+%i*3) %i*2 0]
D_3=det(Z_3)
I_3=D_3/D //Current in loop 2 in polar form
V_c=(I_2-I_3)*(-%i*2)
disp(V_c,'Volatge across the capacitor')
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