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In Three Dimensions,the Schrödinger Equation for the Infinite Square-Well Potential $\varPsi$

Question 39

Multiple Choice

In three dimensions,the Schrödinger equation for the infinite square-well potential

A) has a solution of the form $\varPsi$ (x,y,z) = A sin k₁x sin k₂y sin k₃z,where the k's are wave numbers and the constant A is determined by normalization.
B) predicts energy states described by $In three dimensions,the Schrödinger equation for the infinite square-well potential A) has a solution of the form \varPsi (x,y,z) = A sin k1x sin k2y sin k3z,where the k's are wave numbers and the constant A is determined by normalization. B) predicts energy states described by . C) predicts energies and wave functions that are characterized by three quantum numbers. D) allows multiple quantum states corresponding to the same energy level. E) All of these are true.$ .
C) predicts energies and wave functions that are characterized by three quantum numbers.
D) allows multiple quantum states corresponding to the same energy level.
E) All of these are true.