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//Example 2.1(b)
clc;
N=100; //No of turns of wire of the coil
W=20*10^-3; //Width of the coil
D=30*10^-3; //Depth of the ciol
B=0.1; //Flux density in the gap
Tau=30*10^-6; //Deflecting Torque
A=W*D; //Effective coil area
I=Tau/(B*A*N); //Current through the moving coil
printf('\nCurrent through the moving coil = %.2f mA\n',I*1000)
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