//example 2-89  pg no-134
L=8*10^-3;               //INDUCTANCE
C=16*10^-9;
Wo=1/[L*C]^0.5;
R=10;                  //RESISTANCE
Fo=Wo/(2*%pi);      //FREQUENCY
Q=(Wo*L)/R;
Rp=((R*R)+(Wo*Wo*L*L))/R
Vo1=100;
B.W1=Wo/Q;
R2=10*10^3;
R3=60*10^3;
LR=(Rp*R2)/R3;
Q1=(Q*LR)/Rp
Vo2=16.666;
B.W2=Wo/Q1;
disp(' Wo is = '+string(Wo)+' rad/sec');
disp(' Q is = '+string(Q)+' ');
disp(' Rp is = '+string(Rp)+' ohm');
disp('BAND WIDTH 1 is = '+string(B.W1)+' rad/sec');
disp('Load resistance is = '+string(LR)+' ohm');
disp('  Q1 is = '+string (Q1)+' ');
disp('BAND WIDTH2is = '+string(B.W2)+' rad/sec');