The atomic charge analysis as presented in table 2 reveals some special cases scenario for carbon within the Schiff-base resin, where it behaved more electropositively. Carbon, by its intrinsic electronegativity, tends to exhibit a partial negative charge in many bonding scenarios. However, in the presence of azomethine functional groups (-CH=N-) this norm is inverted, and carbon assumes a pronounced electropositive character. This phenomenon arises primarily due to the electronic structure of the azomethine group, where nitrogen, being significantly more electronegative, withdraws electron density from the adjacent carbon atom. This inductive electron withdrawal reduces the carbon's ability to retain electron density, rendering it electron-deficient and thus more electropositive. The localized polarization in the -CH=Nbond highlights the impact of nitrogen's electronegativity in altering the electronic framework of the carbon atom.