v=12;
f=60;
i=0.05;
p=0.1;
disp("Part a");
v1=24;
z=v/i;
rl=p/i^2;
x_l=sqrt(z^2-rl^2);
z1=v1/i;
r=sqrt(z1^2-x_l^2)-rl;
pr=i^2*r;
disp("the series resistor has a value (in Ω) of"); disp(r);
disp("power dissipation (in W) is");disp(pr);
disp("Part b");
x_c=sqrt(z1^2-rl^2)+x_l;
c=1/(2*%pi*f*x_c);
disp("the size of series cpacitor (in μF) is");disp(c*10^6);
disp("Part c");
v2=120;
z2=v2/i;
x_c2=sqrt(z2^2-rl^2)+x_l;
c2=1/(2*%pi*f*x_c2);
disp("the size of the series capacitor (in μF) is"); disp(c2*10^6);
vc=i*x_c2;
disp("voltage (in V) across the capacitor is"); disp(vc);
disp("Part d");
r2=sqrt(z2^2-x_l^2)-rl;
disp("the size of the series resistor (in Ω) is"); disp(r2);
p2=i^2*r2;
disp("power dissipation (in W) is"); disp(p2);