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//Chapter 16, Problem 2
clc;
V=240; //voltage
R=80; //resistance in ohm
f=50; //frequency in hertz
C=30e-6; //capacitance in farad
Ir=V/R; //current flowing in the resistor
Xc=1/(2*%pi*f*C); //capacitive reactance
Ic=V/Xc; //current flowing in the capacitor
I=sqrt(Ir^2+Ic^2); //supply current
phi=atan(Ic/Ir);
Z=V/I; //impedance
P=V*I*cos(phi); //power consumed
S=V*I; //apparent power,
printf("(a) Current flowing in the resistor = %d A\n\tCurrent flowing in the capacitor = %.3f A\n\n",Ir,Ic);
printf("(b) Supply current = %.3f A\n\n",I);
printf("(c) Circuit phase angle = %.2f deg (leading)\n\n",phi*(180/%pi));
printf("(d) Circuit impedance = %.2f ohm\n\n",Z);
printf("(e) Power consumed = %d W\n\n",P);
printf("(f) Apparent power = %.1f VA",S);
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