This course covers the fundamental chemistry of carbon-containing compounds which encompasses the physical and chemical properties of the major classes of organic compounds; their nomenclature, stereochemical structures, methods of structural identification, synthesis and mechanisms of reactions.
This course covers the fundamental chemistry of carbon-containing compounds which encompasses the physical and chemical properties of the major classes of organic compounds; their nomenclature, stereochemical structures, methods of structural identification, synthesis and mechanisms of reactions.
This course deals with advanced topics in organic chemistry such as photochemistry , polymer chemistry, heterocyclic chemistry and organic synthesis. Mechanisms of organic reactions are presented in detail in this course.
The course covers the study of gases, liquids, thermodynamics, equilibrium, and basic statistical thermodynamics
Continuing from Physical Chemistry I that focused on thermodynamics, this course focuses on a deeper understanding of topics such as kinetics, equilibrium, and electrochemistry. This course also introduces the Gibbs Phase Rule and complex phase diagrams, phase equilibria, and the crystal lattice (solid state).
From the history of quantum mechanics down to the application of quantum concepts in chemical spectroscopy, this course aims to provide the students a general to mid-level background of quantum concepts plus an appreciation of the course.
Principles and instrumentation of spectroscopic methods for structural elucidation of molecular structures.