Can the molecules (or molecular ions) H2, H2, HeH, Hez, and Hezt exist? Explain your decision on the basis of qualitativ
Posted: Wed Dec 08, 2021 4:20 am
question, Please
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Can the molecules (or molecular ions) H2, H2, HeH, Hez, and Hezt exist? Explain your decision on the basis of qualitative molecular orbital theoretical considerations (ionization energies, useful for the energetic levels of the orbitals: E;(H) = 13.6 eV, E;(He) = 24.6 eV). Where is the positive charge in HeH+ located? Which atomic, orbitals contribute most to the bond energy in HeH+? Which products would you expect in the reaction of HeH+ with PH3?
I need full complete solution of this solve it quickly, I need answer in 30 minutes.
Can the molecules (or molecular ions) H2, H2, HeH, Hez, and Hezt exist? Explain your decision on the basis of qualitative molecular orbital theoretical considerations (ionization energies, useful for the energetic levels of the orbitals: E;(H) = 13.6 eV, E;(He) = 24.6 eV). Where is the positive charge in HeH+ located? Which atomic, orbitals contribute most to the bond energy in HeH+? Which products would you expect in the reaction of HeH+ with PH3?