Question: 4. Show that the ground state wavefunction of H2 constructed using the valence bond theory is actually a simple case of the configurational interaction method

 4. Show that the ground state wavefunction of H2 constructed using

4. Show that the ground state wavefunction of H2 constructed using the valence bond theory is actually a simple case of the configurational interaction method incorporating the ground state and the double excited state of M.O. theory wavefunctions. VB=21[MO(ground)MO(doublyexcitd)] 4. Show that the ground state wavefunction of H2 constructed using the valence bond theory is actually a simple case of the configurational interaction method incorporating the ground state and the double excited state of M.O. theory wavefunctions. VB=21[MO(ground)MO(doublyexcitd)]

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