Week 11: most probable velocity and root mean square velocity from the law. Significance of Maxwell’s law. Derivation of Maxwell’s distribution for kinetic energy.
Course Material
- Week 1: Chemical Thermodynamics: Review of first law of thermodynamics.
- Week 2: Second law of thermodynamics and its applications
- Week 3: Clausius in equality. Nernst heat theorm and its applications
- Week 4: Third law of thermodynamics and determination of absolute entropy
- Week 5: Third law of thermodynamics and determination of absolute entropy
- Week 6; Entropy of mixing. Partial molal quantities
- Week 7: Kinetic theory of gases: Maxwell’s law of distribution of velocities and derivation of average velocity
- Week 9: Kinetic theory of gases: Maxwell’s law of distribution of velocities and derivation of average velocity
- Week 10: Kinetic theory of gases: Maxwell’s law of distribution of velocities and derivation of average velocity
- Week 11: most probable velocity and root mean square velocity from the law. Significance of Maxwell’s law. Derivation of Maxwell’s distribution for kinetic energy.
- Week 12: Barometric formula, effect of altitude, temperature and molecular mass on vertical distribution of particles
- Week 13: Chemical Kinetics: Concept of order of reaction. Kinetics of third order reactions with different concentration and molecular identity.
- Week 14: Chemical Kinetics: Concept of order of reaction. Kinetics of third order reactions with different concentration and molecular identity.
- Week 15: Kinetics of opposing, reversible, consecutive and parallel reactions.
- Week 16: Kinetics of thermally excited chain reactions
- Week 17: Theories of reactions
- Chapters 16
- Department Chemistry
- Teacher
Dr. Azhar Abbas
