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+//Current through AB using Nortons theorem
+
+clc;
+clear;
+
+// Resitances in order from the 2V side
+R1=2;
+R2=12;
+R3=1;
+R4=3;
+
+// Voltage Sources
+V1=2;
+V2=4;
+
+//Using Superposition principle
+Iab1=V2/R4;
+I1=V1/(R1+(R2*R3/(R2+R3))); // Current drawn from 2V supply
+Iab2=I1*R2/(R1+R2);
+
+Iab=Iab1+Iab2; // Current source
+
+Reff= R3 +((R1*R2)/(R1+R2));
+
+Zth= Reff*R4/(Reff+R4);
+
+Zl=2; // Resistor Connected between AB
+
+Current=Iab*(Zth/(Zth+2)); // Current through branch AB
+
+// Errorless Calculation, In the textbook approximations are done
+printf('The Current through 2 ohm resistor in branch AB = %g A\n',Current)
+