can be computed non-trivially only for mc and lc RACs for d > 0, and only if the atomic property being considered is not I. Difference RACs are therefore evaluated over four atomic properties with three start/scope definitions, resulting in 12d difference RACs. In total, the product and difference RACs sum to 42d+30 theoretical RAC features. As reported in prior work, Hartree-Fock exchange fraction (aHF) in the density functional, and ligand denticity. However, in our SCO-95 data set, all the complexes have the same oxidation state, i.e., Fe(II), and the same spin state, e.g., they are all in either a high-spin quintet or a low-spin singlet state. We also do not study TMC properties as a function of aHF in this work since we obtain all data from experiments.