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Lecture 1 : Review of Classical Thermodynamics

Lecture 2 : Review of Classical Thermodynamics Part II

Lecture 3 : Thermodynamic potential part 1

Lecture 4 : Thermodynamic potentials Part 2

Lecture 5 : Microstates of a system

Lecture 6: Microstates of a System (Contd.)

Lecture 7 Microstates of a system (contd.)

Lecture 8 Microstates of a system (contd.)

Lecture 9 : Microstates of a system

Lecture 10 : Microstates of a system

Lecture 11: Microstates of a system (contd)

Lecture 12 :Microstates of a system (contd)

Lecture 13 Microstates of a System (Contd.)

Lecture 14 : Fundamentals of Statistical Mechanics

Lecture 15 : Statistical Ensembles

Lecture 16 : Microstates of a system

Lecture 17 : Canonical ensemble part I

Lecture 18 : Canonical Ensemble part I contd

Lecture 19 : Canonical Ensemble Part II

Lecture 20 : Canonical Ensemble Part III

Lecture 21 : Ideal gas

Lecture 22: Ideal gases (contd)

Lecture 23 : Ideal gases (contd)

Lecture 24 : Ideal gases (contd.)

Lecture 25 : Statistical thermodynamics of ideal gases (contd)

Lecture 26 : Statistical Thermodynamics of ideal gas (contd.)

Lecture 27 : Statistical thermodynamics of ideal gas (contd)

Lecture 28 : Statistical thermodynamics of ideal gases (contd)

Lecture 29 : Statistical thermodynamics of ideal gases (contd)

Lecture 30 : Statistical thermodynamics of diatomic ideal gases

Lecture 31 : Statistical thermodynamics of ideal gas

Lecture 32 : Chemical reaction equilibrium

Lecture 33 : Specific heat of solids

Lecture 34 : Application of Molecular Thermodynamics

Lecture 35 : Introduction to classical statistical mechanics

Lecture 36 : Introduction to classical statistical mechanics (contd)

Lecture 37 : Classical Statistical Mechanics

Lecture 38 : Classical Statistical Mechanics

Lecture 39 : Classical Statistical Mechanics

Lecture 40 : Rate of Chemical Reaction

Description:

This course is designed to use fundamental concepts of statistical mechanics in simple real-world problems. Starting from simple molecular models of systems like solids, liquids and gases, the students would learn how to obtain their thermodynamic properties that are usually measured in experiments.

Introduction to Molecular Thermodynamics

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#Science #Physics #Thermodynamics #Statistical Mechanics #Ideal Gases