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authorprashantsinalkar2018-02-03 11:01:52 +0530
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+//=====================================================================================
+//Chapter 13 example 9
+clc;clear all;
+
+//variable declaration
+R = 2000; //resistance in Ω
+l = 1; //mean length of iron ring in m
+A = 350*10^-6; //area in m**2
+Ns = 200; //number of turns on secondary coil
+G1 = 1*10^-6; //galvanometer constant C
+G2 = 100; //galvanometer throw
+N =100;
+
+//calculations
+u0 = 4*(%pi)*10^-7;
+H = (N*I)/(l); //magnetising force with 10 A current
+Q = G1*G2; //charge passed through ballistic galvanometer in C
+//Q = i*t = (E/Rs)*t = ((2*phi*Ns)/(t*Rs))*t = (2*phi*Ns)/Rs
+phi = (Q*R)/(2*Ns); //flux in Wb
+B = phi/(A); //flux density in Wb/m**2
+ur = (B/(u0*H)); //relative permeability
+
+//result
+mprintf("flux density = %3.3f Wb/m**2",B);
+mprintf("\nrelative permeability = %3.0f",ur);