This complete chemistry course is designed to give learners a strong foundation in both organic chemistry and chemical bonding principles. It begins with an Introduction to Organic Chemistry, explaining the difference between organic and inorganic compounds and the unique role of carbon in forming stable molecules. Learners will explore the classification of organic compounds, functional groups, and the homologous series, gaining an understanding of molecular diversity. The course covers structural isomers, including position, functional group, and metamerism isomerism, to help students identify and differentiate molecular structures.

On the chemical bonding side, the course introduces Valence Bond Theory (VBT), hybridization of atomic orbitals (SP, SP2, SP3), and the concept of Pi and Sigma bonds, including practical calculations. Learners also explore molecular orbital theory, bond order, and the prediction of molecular shapes using VSEPR theory.

The final module focuses on IUPAC nomenclature, teaching systematic naming for alkanes, alkenes, alkynes, and common naming conventions (Iso, Sec, Tert, Neo, n). With clear explanations, examples, and practical tips, this course equips students to understand molecular structures, bonding, and naming, building confidence for further studies in chemistry.