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//Chapter-3,Example 18,Page 61
clc;
close;
energy_1= 200 *1.6*10^-13 //energy released per fission of Uranium
power =1 //in watt
F_rate = power/energy_1 //fission rate for generation 1 watt
printf('The fission rate for generation 1 watt is ')
disp(F_rate)
printf(' fission/sec')
//1 kg atom Of U(235) =235 Kg = 6.023*10^26 atoms
energy_2 = energy_1*6.023*10^26/235 //energy released per 1 kg U(235)
printf('\nThe energy released per 1kg of U(235) is ')
disp(energy_2)
printf(' Joule')
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