The atom is the basic building block of chemistry. This course begins by exploring the structure and energetics of the atom, before expanding into a thorough investigation of molecules and coordination complexes, focusing on their bonding, geometry, molecular orbitals, intermolecular attractions, conformations, and stereochemistry. Finally, common spectroscopic techniques used to probe the chemical composition and molecular/electronic structure of molecules are introduced.
Lectures for CHEM251 are divided into the following modules:
- Atomic structure (ca. 7 lectures)
- Molecular orbital theory, symmetry, geometry, and isomerism (ca. 7 lectures)
- Coordination chemistry (ca. 9 lectures)
- Principles of spectroscopy, instrumentation, and various spectroscopic techniques (ca. 12 lectures)
Tutorials and Quizzes have been designed to reinforce the lecture content and to promote student-centered learning.
The
Labs will reinforce material learned in class, and introduce students to some important experimental techniques. A
lab-related assignment, in the form of a group poster, will give the students the opportunity to present a part of their lab work in a conference-like setting.