A rule for these regions states that ones with a smaller value for "N plus L," which is equal to the number of "nodes" for one of these regions, will have lower energy. The topologies of these entities are described by the principle, subsidiary, magnetic, and spin quantum numbers. Lennard-Jones's LCAO method combines these entities linearly to derive their "molecular" counterparts. Combining two of them is called "hybridization." They come in S, P, D, and F types. For 10
A rule for these regions states that ones with a smaller value for "N plus L," which is equal to the number of "nodes" for one of these regions, will have lower energy. The topologies of these entities are described by the principle, subsidiary, magnetic, and spin quantum numbers. Lennard-Jones's LCAO method combines these entities linearly to derive their "molecular" counterparts. Combining two of them is called "hybridization." They come in S, P, D, and F types. For 10 points, name these regions around an atomic nucleus in which electrons are found.
A rule for these regions states that ones with a smaller value for "N plus L," which is equal to the number of "nodes" for one of these regions, will have lower energy.
atomic orbitals [do not accept “molecular orbitals”]