The binding energy of a light nucleus (Z, A) in MeV is given by the approximate formula BE = 16A - 20A2/3 120 where N =

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The binding energy of a light nucleus (Z, A) in MeV is given by the approximate formula BE = 16A - 20A2/3 120 where N =

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The Binding Energy Of A Light Nucleus Z A In Mev Is Given By The Approximate Formula Be 16a 20a2 3 120 Where N 1
The Binding Energy Of A Light Nucleus Z A In Mev Is Given By The Approximate Formula Be 16a 20a2 3 120 Where N 1 (242.82 KiB) Viewed 27 times
The binding energy of a light nucleus (Z, A) in MeV is given by the approximate formula BE = 16A - 20A2/3 120 where N = (A-Z) is the neutron number. The value of Z for the most stable isobar for a given A is: 4(1+4)* 3 Z² 4 A1/3 + 04/10 04 (1-4) ¹ + 30 (N-Z)² 30 A
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