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+//Chapter 2:Dynamics of Electric Drives
+//Example 3
+clc;
+
+//Variable Initialization
+Tlh=1000     // load torque in N-m
+Tmax=700     // maximum motor torque
+Tll=200      // light load for the motor to regain its steady state
+Tmin=Tll     // minimum torque
+t_h=10       // period for which a load torque of 1000 N-m is apllied in sec
+Jm=10        // moment of inertia of the motor in Kg-m2
+No=500       // no load speed in rpm
+Tr=500       // torque at a given no load speed in N-m
+
+//Solution
+Wmo=No*2*%pi/60 // angular no load speed in rad/sec
+s=0.05              // slip at a torque of 500 N-m
+Wmr=(1-s)*Wmo       // angular speed at a torque of 500 N-m in rad/sec
+
+y=log((Tlh-Tmin)/(Tlh-Tmax))
+x=Tr/(Wmo-Wmr)
+
+J=x*t_h/y
+Jf=J-Jm
+
+//Result 
+//Answer Provided in the textbook is wrong
+mprintf("\n\nMoment of inertia of the flywheel : %.1f Kg-m2",Jf)