High-spin complexes form when the pairing energy is greater than the energy difference between two of these objects.
High-spin complexes form when the pairing energy is greater than the energy difference between two of these objects. The interaction of these objects with a carbonyl LUMO weakens the bond strength of the carbonyl in pi backbonding. These objects split into two classes, t-sub-2g and e-sub-g, when approached by a donor. Electronic transitions between these objects results in brightly colored (*) complexes according to crystal field theory. One of these objects has the shape of a dumbbell separated by a torus and lies on the z-axis. These objects have two nodal planes and correspond to an angular momentum quantum number of 2. A 4s electron preferentially fills one of these orbitals in copper. For 10 points, name these orbitals first filled by transition metals.
High-spin complexes form when the pairing energy is greater than the energy difference between two of these objects.
{d} orbitals