1. (a) Write and discuss the Weizsächer semi-empirical binding-energy Formula that contains three contributing energies and two correction energies. Derive semi-empirical mass formula from the binding-energy Formula. (b) What are the achievements and failures of the liquid drop model. 2. Analyze the similarity between the variation of ionization energies for various atoms with Z and the proton/neutron separation energies of different nuclides with nucleon number using the corresponding graphs.
1. (a) Write and discuss the Weizsächer semi-empirical binding-energy Formula that contains three contributing energies and two correction energies. Derive semi-empirical mass formula from the binding-energy Formula. (b) What are the achievements and failures of the liquid drop model. 2. Analyze the similarity between the variation of ionization energies for various atoms with Z and the proton/neutron separation energies of different nuclides with nucleon number using the corresponding graphs.
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Transcribed Image Text:1. (a) Write and discuss the Weizsächer semi-empirical binding-energy Formula that contains
three contributing energies and two correction energies. Derive semi-empirical mass formula
from the binding-energy Formula.
(b) What are the achievements and failures of the liquid drop model.
2. Analyze the similarity between the variation of ionization energies for various atoms with Z
and the proton/neutron separation energies of different nuclides with nucleon number using the
corresponding graphs.
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