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clear
clc
disp('Exa-6.5');
sl=364.5;n=3; //given variables and various constants are declared in the subsequent steps wherever necessary
w1=sl*(n^2/(n^2-4)); //longest wavelength of balmer
c=3*10^8;
f1=c/(w1*10^-9); //corresponding freq.
n0=1;n=2;
w2=91.13*(n^2/(n^2-n0^2)); //first longest of lymann
f2=c/(w2*10^-9); //correspoding freq
n0=1;n=3
w3=91.13*(n^2/(n^2-n0^2)); //second longest of lymann
f3=3*10^8/(w3*10^-9) //corresponding freq.
printf('The freq. corresponding to the longest wavelength of balmer is %e & First longest wavelength of Lymann is %e.\n',f1,f2);
printf('The sum of which s equal to %e\n',f1+f2);
printf('The freq. corresponding to 2nd longest wavelength was found out to be %e\n.Hence Ritz combination principle is satisfied.',f3);
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