Course Enquiry
Academic Year 2011
Course Code CHEM3507
Title Physical Chemistry II: Statistical Thermodynamics and Kinetic Theory
Credit 6
Department Chemistry
Course Co-ordinator Dr H Hu, Chemistry
Teachers Involved Dr H Hu (100%)
Course Aim The course presents fundamental principles and topics on statistical thermodynamics and kinetic theory in order to provide a solid foundation for students intending to further their studies in physical chemistry and related fields.
Course Contents Principles of Statistical Thermodynamics
- Thermodynamic laws
- Ensembles and partition functions: microcanonical, canonical and grand-canonical
- Systems of independent molecules: ideal gas
- Molecular degrees of freedom: translation, rotation, vibration, and electronic
- Ideal gas mixture: chemical equilibrium, binding, and titration
- Lattice statistics: Ising model and phase transition
- Quantum statistics

Chemical equilibrium and kinetic theory
- Rate theory: collision theory, transition state theory
Learning Outcomes On successful completion of this course, students should be able to:
- understand and use the terminology and nomenclature in statistical thermodynamics and topics discussed in the course.
- demonstrate knowledge and understanding of basic concepts in statistical thermodynamics
-understand correlation between macroscopic observables and microscopic statistical model systems
Pre-requisites Pass in CHEM2504; and
Not for students who have already passed in CHEM2503 before.
Offer in academic year
2011 - 2012
Not offered
Availability in 2012 - 2013 Y     
Examination To be confirmed
Teaching Hours 24 lectures, 6 tutorials and 6 X 4 hours laboratory
Assessment Method One 3-hour written examination (60% weighting). Continuous assessment of on-class quizzes and assignments (40%)
Quota 9999
Textbooks T. L. Hill, An introduction to Statistical Thermodynamics
P. Atkins, Physical Chemistry
References NIL
Course Website NIL
Remarks NIL
Status You had submitted at Feb 10, 2011
Last updated by CHEM at Feb 10, 2011