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oh this example is going to calculate the binding energy the total binding energy for a nucleus and the binding energy per nucleon and weamp;#39;re going to use radon-222 that particular isotope so in doing this calculation itamp;#39;s a situation of equals MC squared but using techniques that make it convenient for these these nuclei calculations so weamp;#39;ll be using the unit of the atomic mass unit so as the the topic of binding energy is applied we want to know what energy will be required to remove all the protons and neutrons from the nucleus to make them all separate particles well to do so we need to fill in a few more numbers here we want to separate protons and neutrons first we would look up in a in a chart or a table and find that the radon has 86 protons there are 222 nucleons so we can find the number of neutrons by subtraction so 222 total protons and neutrons weamp;#39;ve got 86 protons so we come up with 136 neutrons weamp;#39;re going to recover the mass of th
