if the nucleons bound In A nucleus are separated apart from each other the sum of their masses is greater than the mass of the nucleus where does this much difference come from explain briefly .
Answers
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when nucleons are bound In A nucleus there some of the mass is converted into the energy to hold this nucleons in the nucleus this energy is known as binding energy the energy equal to the binding energy is spent to separate this nucleons apart from each other which is connected to the mass of the nucleons .
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Explanation:
The binding energy needed to bind the nucleus together comes from the mass of nucleons. Nucleons when bound in nucleus have less mass because the energy to bind them is the mass of nucleons converted to energy.
What, you didn't understand or something? Which did you give that answer the brainliest? its bs. At scale of nucleons gravity isn't even considered while calculating energy or forces.
If the nucleons bound in a nucleus are separated apart from each other the sum of their masses is greater than the mass of the nucleus where does this mars difference come from. explain briefly. The binding energy needed to bind the nucleus together comes from the mass of nucleons.
hope it's help...
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