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A Three-Dimensional Potential Well Has Potential U0 = 0 in the Region

question 47

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A three-dimensional potential well has potential U0 = 0 in the region A three-dimensional potential well has potential U<sub>0 </sub>= 0 in the region   ,and   and infinite potential otherwise.The ground state energy of a particle in the well is E<sub>0</sub>.What is the energy of the first excited state,and what is the degeneracy of that state? A)  2E<sub>0</sub>, single degeneracy B)  (4/3) E<sub>0</sub>, single degeneracy C)  2E<sub>0</sub>, double degeneracy D)  (7/3) E<sub>0</sub>, double degeneracy E)  3E<sub>0</sub>, triple degeneracy ,and A three-dimensional potential well has potential U<sub>0 </sub>= 0 in the region   ,and   and infinite potential otherwise.The ground state energy of a particle in the well is E<sub>0</sub>.What is the energy of the first excited state,and what is the degeneracy of that state? A)  2E<sub>0</sub>, single degeneracy B)  (4/3) E<sub>0</sub>, single degeneracy C)  2E<sub>0</sub>, double degeneracy D)  (7/3) E<sub>0</sub>, double degeneracy E)  3E<sub>0</sub>, triple degeneracy and infinite potential otherwise.The ground state energy of a particle in the well is E0.What is the energy of the first excited state,and what is the degeneracy of that state?


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