for 27-6. Solve the matrix eigenvalue equation В а, eigenvalue E.

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27-6. Solve the matrix eigenvalue equation
= E
for
CB
eigenvalue E.
27-7. Find the eigenvalues of 27-6 in the limit |a, - ag>|B|. Explain why two atomic
orbitals with very different energies tend not to form a chemical bond.
27-8. Find the energies of the bonding and antibonding MO's of the hydrogen fluoride.
Use aHi, = -13.6 eV, ap, =-18.6 eV, and B=-1.0 eV as well as the result of 27-6.
Transcribed Image Text:27-6. Solve the matrix eigenvalue equation = E for CB eigenvalue E. 27-7. Find the eigenvalues of 27-6 in the limit |a, - ag>|B|. Explain why two atomic orbitals with very different energies tend not to form a chemical bond. 27-8. Find the energies of the bonding and antibonding MO's of the hydrogen fluoride. Use aHi, = -13.6 eV, ap, =-18.6 eV, and B=-1.0 eV as well as the result of 27-6.
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