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// Scilab Code Ex3c.8: Page-186 (2008)
clc; clear;
lambda1 = 5893; // First wavelength of light, angstrom
lambda2 = 4358; // Second wavelength of light, angstrom
n = 40; // Number of fringes obtained with first wavelength
// As bita1/bita2 = lambda1/lambda2, so
x = n*lambda1/lambda2; // Number of fringes obtained with the seocond wavelength
printf("\nThe number of fringes obtained with the given wavelength = %d", x);
// Result
// The number of fringes obtained with the given wavelength = 54
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