Use the relative energies of the molecular orbitals given below, which are derived from the n = 5 atomic orbitals, to determine the bond orders in I_{2 ,}I₂^-, and I₂^-, and identify the species that is predicted to be the most stable. The valence molecular orbitals in order of increasing energy are
$\sigma$ < $\sigma$ * < $\sigma$ < $\pi$ < $\pi$ * < $\sigma$ *.

Question

Use the relative energies of the molecular orbitals given below, which are derived from the n = 5 atomic orbitals, to determine the bond orders in I_{2 ,}I₂^-, and I₂^-, and identify the species that is predicted to be the most stable. The valence molecular orbitals in order of increasing energy are

\sigma

<

\sigma

* <

\sigma

<

\pi

<

\pi

* <

\sigma

*.

Quizplus · Accepted Answer

The Answer of Use the relative energies of the molecular orbitals given below, which are derived from the n = 5 atomic orbitals, to determine the bond orders in I_{2 ,}I₂^-, and I₂^-, and identify the species that is predicted to be the most stable. The valence molecular orbitals in order of increasing energy are $\sigma$ < $\sigma$* < $\sigma$ < $\pi$ < $\pi$* < $\sigma$*.

Use the Relative Energies of the Molecular Orbitals Given Below σ\sigmaσ

Use the Relative Energies of the Molecular Orbitals Given Below $\sigma$