Table provides a comprehensive data on the charge partitioning of the Ni (II) and Co (II) metal complexes. Where carbon have been revealed to possess electropositive character. Carbon, though commonly regarded as an element with moderate electronegativity (2.55 on the Pauling scale), typically assumes a partial negative character in covalent bonds, particularly when paired with less electronegative elements. This tendency arises from carbon's ability to attract shared electrons effectively, allowing it to act as an electron sink in many molecular frameworks. Its tetravalency further facilitates the formation of stable δ and π-bonds, enabling delocalization of electron density across conjugated area of the systems. However, in the presence of nitrogen or functional groups like azomethine, the electronegativity is overshadowed, compelling carbon to exhibit an anomalous electropositive character.