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A nucleus AX has a 2* first excited state at 1.369 MeV and a 4* second excited state at 4.476 MeV. A) Which model would be most likely to provide an accurate description of these states? B) Draw excited states of this deformed even-even nuclei. C) The levels of 174Hf show with energies given as follows (in MeV):

A nucleus AX has a 2* first excited state at 1.369 MeV and a 4* second excited state at 4.476 MeV. A) Which model would be most likely to provide an accurate description of these states? B) Draw excited states of this deformed even-even nuclei. C) The levels of 174Hf show with energies given as follows (in MeV):

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A nucleus AX has a 2* first excited state at 1.369 MeV and a 4* second excited state at 4.476 MeV. A) Which model would be most likely to provide an accurate description of these states? B) Draw excited states of this deformed even-even nuclei. C) The levels of 174Hf show with energies given as follows (in MeV): E(0* ) E(2* ) E(4* ) E(6* ) E(8*) E(10* ) ? 0.608 1.010 1.486 Calculate the energy of 0*, 2* and 4 states. Note: show all the details of your work
Transcribed Image Text:A nucleus AX has a 2* first excited state at 1.369 MeV and a 4* second excited state at 4.476 MeV. A) Which model would be most likely to provide an accurate description of these states? B) Draw excited states of this deformed even-even nuclei. C) The levels of 174Hf show with energies given as follows (in MeV): E(0* ) E(2* ) E(4* ) E(6* ) E(8*) E(10* ) ? 0.608 1.010 1.486 Calculate the energy of 0*, 2* and 4 states. Note: show all the details of your work
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