Question

which uncommon fundamental particle involve in the interconversions of nucleons and are responsible for the stability of nucleus​

Answer 1

$\pink{\bold{\boxed{ANSWER}}}$

Therefore the basic point is that Binding energy of a nucleon is directly proportional to the stability of the nucleon, since stability is what determines whether the nucleus will decay, which ultimately is affected by the binding energy. This is exactly what is depicted by the binding energy curve too.

Answer 2

Hey mate!

Here's your answer

The basic point is that Binding energy of a nucleon is directly proportional to the stability of the nucleon, since stability is what determines whether the nucleus will decay, which ultimately is affected by the binding energy. This is exactly what is depicted by the binding energy curve too.

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