Question: . , , . 1 consider transitions between different states in an infinite 3D potential well (the particle in a box). In this model, steady

 . , , . 1 consider transitions between different states in
an infinite 3D potential well (the \"particle in a box\"). In this

. , , . 1 consider transitions between different states in an infinite 3D potential well (the \"particle in a box\"). In this model, steady state solutions are expressed as: lip) = wxwywz (1) where each component in the above solution is given as: 2 . rim-n wg( ) (2) The energies associated with each possible solution are: 2R2 2 n2 2 13:\" (\"I+3+E) (3) 2m 133. L5 L3 Consider a box with LI 2 Ly = 1 A and L; = 10 A. Calculate the wavelengths corresponding to nI/y (L?) and n3 (12) transitions

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