According to the liquid drop experivent, the binding energy of the nucleus is, $B = a_{v} A - a_{s} A^{2/ s} - a_{c} z (2 - 1) A^{- 1/3} - a_{sy m} (A - 2 z)^{2} A^{- 1} + δ$ Given the infornation, find the $z$ value of the stable nucleus in a $β$ decay chain consisting of ruclei with the same mass number. Colculate the $z$ value of the stoble nucleus for $A = 139$

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According to the liquid drop experivent, the binding energy of the nucleus is,

B = a_{v} A - a_{s} A^{2/ s} - a_{c} z (2 - 1) A^{- 1/3} - a_{sy m} (A - 2 z)^{2} A^{- 1} + δ

Given the infornation, find the

z

value of the stable nucleus in a

β

decay chain consisting of ruclei with the same mass number. Colculate the

z

value of the stoble nucleus for

A = 139

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