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clear;
clc;
E_ll=110;
U=12;
V_o=(3*sqrt(2)*E_ll)/%pi;
X=0;
V_d1=(V_o*(cosd(X)+cosd(U+X)))/2;
printf("\nthe dc output voltage when (X=0) = %.3f kV",V_d1);
X1=25;
V_d2=(V_o*(cosd(X1)+cosd(U+X1)))/2;
printf("\nthe dc output voltage when (X1=25) = %.3f kV",V_d2);
X2=90;
V_d3=(V_o*(cosd(X2)+cosd(U+X2)))/2;
printf("\nthe dc output voltage when (X2=90) = %.3f kV",V_d3);
X3=120;
V_d4=(V_o*(cosd(X3)+cosd(U+X3)))/2;
printf("\nthe dc output voltage when (X3=120) = %.3f kV",V_d4);
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