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+//CHAPTER 8- DIRECT CURRENT MACHINES
+//Example 10
+
+disp("CHAPTER 8");
+disp("EXAMPLE 10");
+
+//VARIABLE INITIALIZATION
+P=6;                      //number of poles
+I=80;                     //current per conductor in Amperes
+Z=400;                    //tottal number of conductors
+phi=0.020;                //flux per pole in Wb
+N=1800;                   //in rpm
+
+//SOLUTION
+
+//soluion (a): for wave connected
+disp("(a) For Wave connected");
+
+//(i)
+A=2;                       //A=number of parallel paths
+I_a=I*A;
+disp(sprintf("(i) The total current is %f A",I_a));
+
+//(ii)
+E_a=(phi*Z*N*P)/(60*A);
+disp(sprintf("(ii) The emf is %f V",E_a));
+
+//(iii)
+p=E_a*I_a;                 
+disp(sprintf("(iii) The power developed in armature is %f kW",p/1000));
+w=(2*%pi*N)/60; 
+T_e=p/w;
+disp(sprintf("The electromagnetic torque is %f N-m",T_e));
+
+
+//soluion (b): for lap connected
+disp("(b) For Lap connected");
+
+//(i)
+A=P;                       
+I_a=I*A;
+disp(sprintf("(i) The total current is %f A",I_a));
+
+//(ii)
+E_a=(phi*Z*N*P)/(60*A);
+disp(sprintf("(ii) The emf is %f V",E_a));
+
+//(iii)
+p=E_a*I_a;                 
+disp(sprintf("(iii) The power developed in armature is %f kW",p/1000));
+w=(2*%pi*N)/60;
+T_e=p/w;
+disp(sprintf("The electromagnetic torque is %f N-m",T_e));
+ 
+//END