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clc;
clear;
phi=45 //since the EMF is ahead of the current by 55-10 in degree
omega=3000 //frequency in radian/s
L=0.01 //inductance in H
E0=141.4
I0=5
//calculation
Z1=sqrt(2) //*R first equation for Z
Z2=E0/I0//second equation for Z
R=Z2/Z1 //resistance in ohm
L_omega=L*omega //in ohm
C=1/((L_omega-R)*omega)
mprintf("Resistance is = %d ohm\n",R) //The answers vary due to round off error
mprintf("Capacitance is = %2.1f mF\n",C/10^-6) //converting from F to mF dividing by 10^-6
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