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//EXAMPLE-2-35 PG NO-86
Vr=100; //VOLTAGE
P=300; //POWER
I=P/Vr; //CURRENT
V=240; //voltage
F=50; //frequency
Z=V/I; //IMPEDANCE
R=Vr/I;
Xc=[Z^2-R^2]^0.5;
C=1/[2*F*%pi*Xc]; //CAPACITOR
Vc=[(V*V)-(Vr*Vr)]^0.5;
Vm=sqrt(2)*Vc;
Qm=(sqrt(2)*Vc)*(C); //CHARGE
Em=0.5*[Xc*Vm*Vm]; //MAXIMUM ENERGY
disp('i) CURRENT (I) is = '+string (I) +' A ');
disp('ii) IMPEDANCE (Z) is = '+string (Z) +' ohm ');
disp('iii) RESISTANCE (R) is = '+string (R) +' ohm ');
disp('i) CAPACITOR (Xc) is = '+string (Xc) +' ohm ');
disp('i) CAPACITOR (C) is = '+string (C) +' F ');
disp('i) VOLTAGE (Vc) is = '+string (Vc) +' V ');
disp('i) MAXIMUM VOLTAGE (Vm) is = '+string (Vm) +' V ');
disp('i) MAXIMUM CHARGE (Qm) is = '+string (Qm) +' C ');
disp('i) MAXIMUM ENERGY (Em) is = '+string (Em) +' J ');
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