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//Speed of a belt driven shunt generator
clc;
clear;
Pg=100*(10^3);// Power output of the generator
Pm=10*(10^3); // Power input of the motor
V=220;
Ng=300; // Running speed of the generator
Ra=0.025; // Armature resistance
Rf=60; // Field Resistance
Vb=2;// Voltage drop due to brushes
Im=Pm/V; // Current taken by the motor
Ig=Pg/V; // Current delivered by the generator
Eg=V+(Ig*Ra)+Vb; // Induced EMF of generator
Eb=V-(Im*Ra)-Vb; // Back EMF of the motor
Nm=Eb*Ng/Eg;
printf('The Speed under motoring condition = %g rpm \n',Nm)
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