This is the [emphasize] total number of symmetry operations in the C-sub-s and C-sub-i point (10[1]-5[2])groups, and the Mulliken symbol (10[1])“E” corresponds to a (10[1])degeneracy of this number in a point (10[1])group’s character table. This number is the denticity of the ox and en (10[1])ligands. Donating this many electrons to a metal (10[1])distinguishes L-type ligands in LXZ (-5[1])notation. In octahedral and tetrahedral metal (-5[1])complexes, d orbitals split into this many (10[1])discrete energy (10[3]-5[4])levels. (10[1]-5[2])Body-centered cubic structures (10[1])contain this (-5[1])many (-5[1])aggregate atoms per unit (-5[2])cell. This is (0[1])the (10[1])azimuthal quantum (10[1])number of d (10[6]-5[2])orbitals. (10[1]-5[1])This (10[2])many lone pairs are (-5[1])present on the central atom of xenon (10[1]-5[2])tetrafluoride, making it (10[1])square (10[3])planar. (10[1]-5[1])P-orbitals have this many (10[1]-5[2])“lobes.” For 10 (10[2])points, linear (10[1])molecules have how (10[2])many electron groups situated (10[1])around the central (10[4])atom? (10[14]0[4])■END■