For global hybrids, an increase in FE is associated with an increase in MAD for D e , corroborating the results of the FE study (Section 4.1). This increase in deviation supports the tendency of global hybrids with large amounts of FE to cause issues for describing excitations in TD-DFT. For example, global hybrids with large components of FE tend to produce blue-shifted excitation energies in single molecules. Despite the established better description of CT excitations with range-separated hybrids, CAM-B3LYP performs worse than B3LYP. On the other hand, ωB97X, despite the aforementioned problems with obtaining smooth dissociation curves, proves to be the best tested dispersion-uncorrected hybrid in this study with MADs of 10.45 kcal/mol and 0.17 Å.