a) Sketch the molecular orbital energy level diagram for the heteronuclear diatomic molecule AB (not necessarily in scale), where A and B are two hypothetical atoms. Useful data: s-p mixing does not occur in AB. Electron configuration of A: (1s)² (2s)² (2p)² Atomic orbital energies of A: 1s = -396 eV, 2s = -25 eV, 2p = -12 eV Electron configuration of B: (1s)² (2s)² (2p) Atomic orbital energies of B: -530 eV, 2s = -32 eV, 2p = -20 eV
a) Sketch the molecular orbital energy level diagram for the heteronuclear diatomic molecule AB (not necessarily in scale), where A and B are two hypothetical atoms. Useful data: s-p mixing does not occur in AB. Electron configuration of A: (1s)² (2s)² (2p)² Atomic orbital energies of A: 1s = -396 eV, 2s = -25 eV, 2p = -12 eV Electron configuration of B: (1s)² (2s)² (2p) Atomic orbital energies of B: -530 eV, 2s = -32 eV, 2p = -20 eV
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![a) Sketch the molecular orbital energy level diagram for the heteronuclear diatomic molecule AB
(not necessarily in scale), where A and B are two hypothetical atoms.
Useful data:
s-p mixing does not occur in AB.
Electron configuration of A: (1s)² (2s)² (2p)²
Atomic orbital energies of A: 1s = -396 eV, 2s = -25 eV, 2p
= -12 eV
Electron configuration of B: (1s)² (2s)² (2p)%
Atomic orbital energies of B: -530 eV, 2s = -32 eV, 2p = -20 eV](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ff5b08405-a602-4b21-90e6-9b4bbcd819f0%2F7e99b39f-fa53-46c0-a6e7-68a56e9b6c9e%2F7ukej4e_processed.png&w=3840&q=75)
Transcribed Image Text:a) Sketch the molecular orbital energy level diagram for the heteronuclear diatomic molecule AB
(not necessarily in scale), where A and B are two hypothetical atoms.
Useful data:
s-p mixing does not occur in AB.
Electron configuration of A: (1s)² (2s)² (2p)²
Atomic orbital energies of A: 1s = -396 eV, 2s = -25 eV, 2p
= -12 eV
Electron configuration of B: (1s)² (2s)² (2p)%
Atomic orbital energies of B: -530 eV, 2s = -32 eV, 2p = -20 eV
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