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clear
//
//Initialisation
pf=0.75 //power factor
S=1500 //apparent power in W
V=240 //Voltage in volts
P1 = 2000 //apparent power
P2 = 1500 //active power
Q = 1322 //reactive power
I = 8.33 //current in amp
f=50 //frequency in hertz
//Calculation
Xc=V**2/Q //reactive capacitance
C=1/(Xc*2*%pi*f) //capacitance
I=S*V**-1 //current
apf=S*pf //active power
//Result
printf("\n Apparent Power, S = %d W",S)
printf("\n Active Power, P = %d W",apf)
printf("\n Reactive Power, Q = %d var",Q)
printf("\n Current I = %.2f A",I)
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