Which element has the maximum binding energy | vedclass

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(B) The binding energy per nucleon is a measure of the stability of a nucleus. Experimental data shows that the binding energy per nucleon reaches a m

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Nickel $(^{62}Ni)$,$8.8 \ MeV$

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(B) The binding energy per nucleon is a measure of the stability of a nucleus. Experimental data shows that the binding energy per nucleon reaches a maximum for nuclei with mass numbers in the range of $A = 50$ to $A = 60$. Specifically,the isotope Nickel-$62$ $(^{62}Ni)$ has the highest binding energy per nucleon,which is approximately $8.79 \ MeV$ to $8.8 \ MeV$. While Iron-$56$ $(^{56}Fe)$ is often cited in textbooks due to its high abundance and stability,Nickel-$62$ holds the absolute maximum value.

Which element has the maximum binding energy per nucleon? Write down its value.

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