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+//Determine the magnetic flux for a toriod
+
+clc;
+clear;
+
+//Arc length of different materials
+lni=0.3; // nickel iron alloy
+lss=0.2;//Silicon Steel
+lcs=0.1;//Cast steel
+
+//Field intensities
+Hni=10; // Ni alloy
+Hss=77;// Si Steel
+Hcs=270; // Cast steel
+
+con=6*(10^-4); // Gives Constant reluctances
+
+deff('x=rel(y,z)','x=(y*z)/con'); // Fucntion to find out Reluctance
+
+//Reluctances
+Rni=rel(Hni,lni); // Note that the textbook has a wrong value calculated for the nickel alloy reluctance
+Rss=rel(Hss,lss);
+Rcs=rel(Hcs,lcs);
+
+mmf=35; // Applied mmf
+
+phi=mmf/(Rni+Rss+Rcs); // Magnetic flux produced
+
+printf('The approximate magnetic flux produced = %g Wb\n',phi)