The functions corresponding to these entities are the simplest ones that can be added to polarize a chemical basis set.
The functions corresponding to these entities are the simplest ones that can be added to polarize a chemical basis set. The A1, B1, and B2 symmetries in a C2v point group correspond to these specific entities. The wavefunctions of these things have n-minus-two radial nodes. In octahedral complexes in ligand field theory, they correspond to tsub-1u. These orbitals donate more character to electronegative substituents, according to Bent's rule. The Huckel method writes related objects as linear combinations of them. In benzene, these orbitals combine to form a delocalized pi system. They have angular momentum quantum number 1. For 10 points, identify these dumbbellshaped atomic orbitals, three of which are hybridized in tetrahedral structures with an s orbital.
The functions corresponding to these entities are the simplest ones that can be added to polarize a chemical basis set.
p orbitals [prompt on atomic orbitals, do not accept or prompt on "molecular orbitals" or "pi orbitals"]