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Consider a three-dimensional infinite potential well with a quantized energy of Ennynz (n + n + n2). where ng = 1,2,3, ..,ny = 1,2,3, .,n- = 1,2,3, and a represents the 2ma? potential well width in the x, y, and z directions. The lowest energy level that the electron may occupy?

Consider a three-dimensional infinite potential well with a quantized energy of Ennynz (n + n + n2). where ng = 1,2,3, ..,ny = 1,2,3, .,n- = 1,2,3, and a represents the 2ma? potential well width in the x, y, and z directions. The lowest energy level that the electron may occupy?

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Consider a three-dimensional infinite potential well with a quantized energy of Ennyn; (n + n; + n2). where ng = 1,2,3, .,ny = 1,2,3, ..,n = 1,2,3, and a represents the 2ma- potential well width in the x, y, and z directions. The lowest energy level that the electron may occupy?
Transcribed Image Text:Consider a three-dimensional infinite potential well with a quantized energy of Ennyn; (n + n; + n2). where ng = 1,2,3, .,ny = 1,2,3, ..,n = 1,2,3, and a represents the 2ma- potential well width in the x, y, and z directions. The lowest energy level that the electron may occupy?
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