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1. Find the configuration of the protons and neutrons in the incomplete shells and hence the ground state spin and parity assignments for the following nuclei 5°Cu; 23N. ; 33S ; 4"Sc

1. Find the configuration of the protons and neutrons in the incomplete shells and hence the ground state spin and parity assignments for the following nuclei 5°Cu; 23N. ; 33S ; 4"Sc

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1. Find the configuration of the protons and neutrons in the incomplete shells and hence the ground state spin and parity assignments for the following nuclei

 

59 Cu; 23Na; 33S; 41Sc

 

In this model the first excited states can be produced either

 

a. by excitation of the unpaired nucleon into the next higher subshell, or b. by pairing this nucleon with another excited from the next lower subshell..

1. Find the configuration of the protons and neutrons in the incomplete shells and hence the ground state spin and parity assignments for the following nuclei 5°Cu; 23Na ; 33S ; 4'Sc In this model the first excited states can be produced either a. by excitation of the unpaired nucleon into the next higher subshell, or b. by pairing this nucleon with another excited from the next lower subshell. Determine the spin and parity for these two types of excited state for each of the four given nuclides.
Transcribed Image Text:1. Find the configuration of the protons and neutrons in the incomplete shells and hence the ground state spin and parity assignments for the following nuclei 5°Cu; 23Na ; 33S ; 4'Sc In this model the first excited states can be produced either a. by excitation of the unpaired nucleon into the next higher subshell, or b. by pairing this nucleon with another excited from the next lower subshell. Determine the spin and parity for these two types of excited state for each of the four given nuclides.
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In this model the first excited states can be produced either

 

a. by excitation of the unpaired nucleon into the next higher subshell, or b. by pairing this nucleon with another excited from the next lower subshell..

 

Determine the spin and parity for these two types of excited state for each of the four given nuclides.

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