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clear;
clc;
Zo=400;ZRa=70,ZRb=800;ZRc=650-(%i*475);
Ka=(ZRa-Zo)/(ZRa+Zo);
ampKa=sqrt((real(Ka)^2)+(imag(Ka)^2));
Sa=(1+ampKa)/(1-ampKa);
printf("(a)Standing wave ratio = %f\n",round(Sa*100)/100);
Kb=(ZRb-Zo)/(ZRb+Zo);
ampKb=sqrt((real(Kb)^2)+(imag(Kb)^2));
Sb=(1+ampKb)/(1-ampKb);
printf("(b)Standing wave ratio = %f\n",Sb);
Kc=(ZRc-Zo)/(ZRc+Zo);
ampKc=sqrt((real(Kc)^2)+(imag(Kc)^2));
Sc=(1+ampKc)/(1-ampKc);
printf("(c)Standing wave ratio = %f",round(Sc*1000)/1000);
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