Lecture 4 of 69week-01
Lecture 04 : Principle of equipartition of energy
Prof. Debamalya Banerjee · IIT Kharagpur
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All the lectures
- Lecture 01 : Foundation of kinetic theory of gasses
- Lecture 02 : Maxwell's law for speed distribution of gas molecules
- Lecture 03 : Average speeds in an ideal gas assembly
- Lecture 04 : Principle of equipartition of energy
- Lecture 05 : Maxwell's law for energy distribution of gas molecules
- Lecture 06 : The mean free path of a gas assembly
- Lecture 07 : Expression for mean free path
- Lecture 08 : Experimental determination of mean free path
- Lecture 09 : Pressure an molecular flux from mean free path
- Lecture 10 : Problems on mean free path
- Lecture 11 : Transport in fluids: introduction
- Lecture 12 : Viscosity: transport of momentum
- Lecture 13 : Thermal conductivity: trasnport of thermal energy
- Lecture 14 : Diffusion coefficient: transport of mass
- Lecture 15 : Molecular effusion: theory and applications
- Lecture 16 : Brownian motion: concept, features, theory of fluctuation
- Lecture 17 : Brownian motion: mean square displacement and vertical distribution of particles
- Lecture 18 : Perrin's experiment on Brownian motion - Part 1
- Lecture 19 : Perrin's experiment on Brownian motion - Part 2
- Lecture 20 : Problems on Brownian motion, Rotational brownian motion
- Lecture 21 : Specific heat of solids: Dulong-Petit law and Einstein theory
- Lecture 22 : Limitaion of Einstein theory of specific heat
- Lecture 23 : Debye theory of specific heat
- Lecture 24 : Behavior of real gasses
- Lecture 25 : Van der Waals equation of state
- Lecture 26 : Critical parameters from Van der Waal's equation
- Lecture 27 : Determination of Van der Waals constants and Boyle temperature
- Lecture 28 : Other equations of state
- Lecture 29 : Measurement of temperature: Celcius scale, ideal gas scale, absolute zero
- Lecture 30 : The platinum resistance thermometer
- Lecture 31 : Basic concepts of classical thermodynamics
- Lecture 32 : Basic concepts of classical thermodynamics (continued)
- Lecture 33 : First law of thermodynamics
- Lecture 34 : General description of work done and specific heat
- Lecture 35 : General discussion on Heat conduction and elastic properties
- Lecture 36 : Cyclic processes
- Lecture 37 : The reversible heat engine: Carnot cycle
- Lecture 38 : Refrigarator and Carnot Theorem
- Lecture 39 : 2nd law and Clausius theorem
- Lecture 40 : Concept of Entropy and mathematical form of 2nd law
- Lecture 41 : The entropy principle
- Lecture 42 : Efficiency of a cycle from T-S diagram
- Lecture 43 : The Otto cycle
- Lecture 44 : The Diesel cycle
- Lecture 45 : Entropy and available energy
- Lecture 46 : Thermodynamic relations
- Lecture 47 : Application of thermodynamic relation...
- Lecture 48 : The free energy functions
- Lecture 49 : Condition for thermodynamic equilibri...
- Lecture 50 : Thermodynamics of chemical reaction
- Lecture 51 : Equilibruim between phases: The Clapeyron equation
- Lecture 52 : 1st order phase transion along liquid-vapor equilibrium
- Lecture 53 : Phase diagram and triple point
- Lecture 54 : The 2nd latent heat equation
- Lecture 55 : Gibbs phase rule and basics of second order phase transion
- Lecture 56 : Basic concepts of radiation
- Lecture 57 : Diffused radiation and Kirchhoff's law
- Lecture 58 : Cavity radiation as a thermodynamic system: Stefan-Boltzmann law
- Lecture 59 : Thermodynamics of cavity radiation
- Lecture 60 : 3rd law of thermodynamics
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