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diff --git a/1319/CH1/EX1.36/1_36.sce b/1319/CH1/EX1.36/1_36.sce
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+//Determine the resonant frequency and the source current
+
+clc;
+clear;
+
+L=0.24; // Inductance
+Rl=150; 
+Rc=100;
+C=3*(10^-6); // Capacitance
+f=50;
+w=2*%pi*f;
+V=200; // Source voltage
+
+fs=1/(2*%pi*sqrt(L*C)); // Frequency at the time of series connection
+
+f0=fs*sqrt(((Rl^2)-(L/C))/((Rc^2)-(L/C)))// Resonant frequency
+
+//Taking voltage as the reference
+
+Xl=L*w; // Inductive reactance
+Xc=1/(C*w); // Capacitive reactance
+
+Ra=Rl+(%i*Xl); // Effective resistance of inductive branch
+Rb=Rc-(%i*Xc);// Effective resistance of capacitive branch
+
+Reff=Ra*Rb/(Ra+Rb); // Effective Resistance
+Tr=atand(imag(Reff)/real(Reff)); // Phase Angle
+
+I=V/Reff;// Source current
+Ti=atand(imag(I)/real(I))// Phase angle
+
+printf('The resonant frequency = %g Hz\n',f0)
+printf('The source current = %g/_%g A\n',abs(I),Ti)
+printf('The input impeadance = %g/_%g ohms\n',abs(Reff),Tr)
+
+