Introduction to the Chemical Applications of Group Theory

This course will explore the use of group theory and symmetry as applied to chemical systems. Point groups and symmetry will be introduced and applied towards the normal coordinate analysis of vibrations in molecules as well as the construction of molecular orbitals from atomic orbitals.

Course Syllabus to follow.

Time: WF 1:00-2:00 and 2:00-3:00
Place: Bldg 494 Room 148
Instructor: Laverman

Textbook: “Group Theory and Chemistry” David M. Bishop

Course Syllabus

Useful Web Resources

3D MolSym - Interactive symmetry element and symmetry operations visualization software (alternate location)

3DNormalModes - Interactive visualization of normal modes of vibrations (alternate location)

In order to earn the full 3 units for this course you must attend all of the classes and complete the four homework assignments .  Please let me know in advance if you cannot attend one of the classes.

Anticipated Course Schedule

Week	Topic	Chapter	Assignment
1	Symmetry, Symmetry Operations	1,2
2	Groups, Point Groups	3	HW
3	Matrices, Similarity Transformations	4
4	Matrix Representations, Equivalent Representations	5,6	HW
5	Irreducible Representations, Character Tables	6,7
6	Molecular Vibrations, Normal Coordinate Analysis	9	HW
7	Molecular Orbital Theory	10
8	Projection Operator and SALCAO	10
9	Hückel Mo’s for aromatic systems	10	HW
10	Finals Week

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Last Modified April 13, 2009