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Consider a three-dimensional finite potential well with a quantied engy of E (ni + ng + ng), where n,1,23.,- 12.3,. 1.2.3, and a eepesenns dhe ponental well width in the s, y, and z directions i. The lowest energy level that the electron may occupy is 2ma O Option 1 2ma O Option 6 0. O Option 5

Consider a three-dimensional finite potential well with a quantied engy of E (ni + ng + ng), where n,1,23.,- 12.3,. 1.2.3, and a eepesenns dhe ponental well width in the s, y, and z directions i. The lowest energy level that the electron may occupy is 2ma O Option 1 2ma O Option 6 0. O Option 5

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Bmoing0.15. 9:54 A docs.google.com Please use the following numbers when necessary, S4 ge p- Irdveing d y - 20 x 3rd evening. Ameng Amorning 0.1, A evening 02. B evening 0 25 rd moming -0.3. 3ed_evening -0.35 Consider a three-dimensional infinite potential well with a quantired enmy of E (n + ng + nộ). where n, 123., - 123 , 1,2.3, and a repesents the ponential well width in the x, y, and : directions i. The lowest energy level that the electron may occupy is ャ 9 2ma O Option 1 2ma O Option 6 0. O Option 5
Transcribed Image Text:Bmoing0.15. 9:54 A docs.google.com Please use the following numbers when necessary, S4 ge p- Irdveing d y - 20 x 3rd evening. Ameng Amorning 0.1, A evening 02. B evening 0 25 rd moming -0.3. 3ed_evening -0.35 Consider a three-dimensional infinite potential well with a quantired enmy of E (n + ng + nộ). where n, 123., - 123 , 1,2.3, and a repesents the ponential well width in the x, y, and : directions i. The lowest energy level that the electron may occupy is ャ 9 2ma O Option 1 2ma O Option 6 0. O Option 5
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