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//Example_a_5_8 page no:208
clc;
V=100;
f=50;
R1=10;
C1=100*10^-6;
R2=50;
C2=300*10^-6;
Xc1=1/(2*%pi*R2*C1);
Xc2=1/(2*%pi*R2*C2);
G2=1/R2;
Bc2=1/Xc2;
Y2=sqrt(G2^2+Bc2^2);
Z2=1/Y2;
theta_p=atand(R2/Xc2);
Req=Z2*cosd(theta_p);
Xc_eq=Z2*sind(theta_p);
Rt=R1+Req;
Xct=Xc1+Xc_eq;
Zt=sqrt(Rt^2+Xct^2);
It=V/Zt;
theta=atand(Xct/Rt);
disp(Zt,"the total impedence in the given circuit is (in ohm)");
disp(It,"the total current in the circuit is (in A)");
disp(theta,"the phase angle is (in degree)");
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