For the decay of a nucleus,which of the follo | vedclass

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(D) nucleus decays to achieve a more stable state. Radioactive decay occurs when the binding energy per nucleon of the parent nucleus is less than tha

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Binding energy of the nucleus is more than that of its products

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(D) nucleus decays to achieve a more stable state. Radioactive decay occurs when the binding energy per nucleon of the parent nucleus is less than that of the daughter products,making the parent nucleus unstable. Therefore,the statement that the binding energy of the nucleus is more than that of its products is incorrect,as this would imply the nucleus is already in a more stable state than its potential decay products.

For the decay of a nucleus,which of the following is $NOT$ a possible reason?

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