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//EXAMPLE 2-59 PG NO-103
C1=15.5*10^3;
L=1000;
V=230;
PL1=10; //active load power
PL2=6; //active load power
QL1=7.5; //reactive load power
QL2=8; //reactiveload power
P=PL1+PL2; //total active power
Q=QL1+QL2; //total reactive power
AP=(P*P+Q*Q)^0.5; //total apparent power
I=(AP*L)/V; //TOTAL CURRENT
Ic=(C1/V);
Xc=V/Ic;
K=16;
C=1/(2*%pi*50*Xc);
I1=(L*K)/V;
disp(' total active power is = '+string(P)+' KW');
disp(' total reactive power is = '+string(Q)+'K var ');
disp(' total apparent power is = '+string(AP)+' KVA');
disp(' total current(I) is = '+string(P)+' A');
disp(' Ic is = '+string(P)+' A');
disp(' Xc is = '+string(Xc)+' ohm');
disp(' capacitor is = '+string(C)+' F');
disp(' current(I1) is = '+string(I1)+' A');
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