In an octahedral field, these entities are predicted to (*) split into t2g and eg components according to crystal field theory.
Transformation between these entities via rotation induces magnetic fields that shift observed g-values in EPR spectroscopy. Changing the energy differences between these entities can result in a spin crossover. The angular portion of these constructs consists of spherical harmonics of degree 2. Each TanabeÂ–Sugano diagram corresponds to different levels of occupation of these entities. In an octahedral field, these entities are predicted to (*) split into t2g and eg components according to crystal field theory. These entities will always have two planar nodes. These five entities all have gerade [geh-RAH-duh] symmetry and are denoted xy, yz, xz, z2, and x2Â Â–Â y2 [x squared minus y squared]. For 10 points, name these atomic orbitals with angular quantum number of 2, which are partially filled in transition metals and are found between p and f orbitals.
Transformation between these entities via rotation induces magnetic fields that shift observed g-values in EPR spectroscopy.
d orbitals [prompt on atomic orbitals; do not accept or prompt on "molecular orbitals"] 