Hückel's Rule is a direct consequence of this model, as cyclic planar molecules with 4n pi electrons leave two unfilled orbitals. It can also be used to explain the increased stability of conjugated double bond systems, as well as the paramagnetism present in liquid oxygen. By creation of a Schrödinger wave function for an electron bound to its molecule, and taking the square of that wave function as a spatial representation, one creates the namesake entity. For ten points, name this model of chemical bonding, which use
Hückel's Rule is a direct consequence of this model, as cyclic planar molecules with 4n pi electrons leave two unfilled orbitals. It can also be used to explain the increased stability of conjugated double bond systems, as well as the paramagnetism present in liquid oxygen. By creation of a Schrödinger wave function for an electron bound to its molecule, and taking the square of that wave function as a spatial representation, one creates the namesake entity. For ten points, name this model of chemical bonding, which uses the creation of bonding and anti-bonding orbitals to describe the overall stability and electron placement of a molecule.
Hückel's Rule is a direct consequence of this model, as cyclic planar molecules with 4n pi electrons leave two unfilled orbitals.
{Molecular Orbital} Theory (accept {MO} Theory)