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molecular partition function

Track :

Science

Lessons no : 38

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What will you learn in this course?
  • Understand the concept and mathematical formulation of molecular partition functions in thermodynamics and statistical mechanics
  • Apply molecular partition functions to calculate molecular energy levels and population distributions in various systems
  • Analyze the role of molecular partition functions in determining thermodynamic properties like entropy, free energy, and internal energy
  • Evaluate the impact of molecular partition functions on reaction equilibrium and chemical kinetics
  • Utilize molecular partition functions to interpret spectroscopic data and molecular behavior in different environments
  • Develop skills to compute partition functions for diatomic and polyatomic molecules in practical scenarios
  • Integrate molecular partition functions into thermodynamic calculations for real-world chemical processes
  • Explain the significance of molecular partition functions in understanding molecular stability and reactivity
  • Use molecular partition functions to predict molecular responses to temperature and pressure changes
  • Apply concepts of molecular partition functions to solve problems in physical chemistry and molecular physics
  • Assess the influence of molecular symmetry and quantum states on partition functions and thermodynamic properties
  • Communicate complex ideas of molecular partition functions effectively in scientific discussions

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  • Watch at least 50% of Lesson Duration
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  • The Certificate is free !
Lessons | 38
Thermodynamics classical to statistical Introduction Video
00:05:38

Thermodynamics classical to statistical Introduction Video
Lec 01 Concepts of Heat and Work First Law of Thermodynamics
00:35:33

Lec 01 Concepts of Heat and Work First Law of Thermodynamics
Lec 02 Concepts of Enthalpy and Heat Capacity
00:46:33

Lec 02 Concepts of Enthalpy and Heat Capacity
Lec 03 Introduction to Entropy
00:45:25

Lec 03 Introduction to Entropy
Lec 04 Calculation of entropy for various processes
00:39:01

Lec 04 Calculation of entropy for various processes
Lec 05 Gibbs and Helmholtz free energy
00:48:47

Lec 05 Gibbs and Helmholtz free energy
Lec 06 Introduction to chemical potential
00:52:55

Lec 06 Introduction to chemical potential
Lec 07 Clapeyron equation and phase transition concept of fugacity
00:46:03

Lec 07 Clapeyron equation and phase transition concept of fugacity
Lec 08 Calculation of fugacity free energy of mixing
00:46:31

Lec 08 Calculation of fugacity free energy of mixing
Lec 09 Partial molar quantities excess thermodynamic quantities
00:40:42

Lec 09 Partial molar quantities excess thermodynamic quantities
Lec 10 Concept of activity and activity coefficients Debye Huckel limiting law
00:40:48

Lec 10 Concept of activity and activity coefficients Debye Huckel limiting law
Lec 11 Phase Diagram of one component systems
00:43:54

Lec 11 Phase Diagram of one component systems
Lec 12 Phase Diagram of two component systems
00:43:51

Lec 12 Phase Diagram of two component systems
Lec 13 Phase Diagram of three component system one dimensional random walk
00:53:21

Lec 13 Phase Diagram of three component system one dimensional random walk
Lec 14 Macroscopic and microscopic states Boltzmann distribution Canonical partition function
00:45:12

Lec 14 Macroscopic and microscopic states Boltzmann distribution Canonical partition function
Lec 15 Calculation of different thermodynamical quantities using canonical partition function
00:54:03

Lec 15 Calculation of different thermodynamical quantities using canonical partition function
Lec 16 Introduction to molecular partition function
00:55:34

Lec 16 Introduction to molecular partition function
Lec 17 Translational electronic and nuclear partition function
00:49:50

Lec 17 Translational electronic and nuclear partition function
Lec 18 Rotational partition function
00:58:40

Lec 18 Rotational partition function
Lec 19 Vibrational partitition function Introduction to grand canonical ensemble
00:39:07

Lec 19 Vibrational partitition function Introduction to grand canonical ensemble
Lec 20 Grand canonical distribution Introduction to microcanonical ensemble
00:40:53

Lec 20 Grand canonical distribution Introduction to microcanonical ensemble
Lec 21 Problems on classical thermodynamics 1
00:48:24

Lec 21 Problems on classical thermodynamics 1
Lec 22 Problems on classical thermodynamics 2
00:42:11

Lec 22 Problems on classical thermodynamics 2
Lec 23 Problems on statistical thermodynamics 1
00:45:41

Lec 23 Problems on statistical thermodynamics 1
Lec 24 Problems on statistical thermodynamics 2
00:52:30

Lec 24 Problems on statistical thermodynamics 2
Lec 25 Problems on statistical thermodynamics 3
00:47:35

Lec 25 Problems on statistical thermodynamics 3
Lec 26 Fermi Dirac and Bose Einstein statistics
00:52:21

Lec 26 Fermi Dirac and Bose Einstein statistics
Lec 27 Ideal Fermi Gas
00:44:27

Lec 27 Ideal Fermi Gas
Lec 28 Ideal Bose gas Introduction to Bose Einstein condensation
00:51:34

Lec 28 Ideal Bose gas Introduction to Bose Einstein condensation
Lec 29 Bose Einstein Condensation
00:56:49

Lec 29 Bose Einstein Condensation
Lec 30 Nuclear spin statistics Ortho and para hydrogens
00:58:45

Lec 30 Nuclear spin statistics Ortho and para hydrogens
Lec 31 Specific Heats of Solids
00:58:35

Lec 31 Specific Heats of Solids
Lec 32 Problems on statistical thermodynamics 4
00:48:00

Lec 32 Problems on statistical thermodynamics 4
Lec 33 Advance problems 1
01:10:08

Lec 33 Advance problems 1
Lec 34 Advance Problems 2
01:11:53

Lec 34 Advance Problems 2
Lec 35 Advance Problems 3
01:04:19

Lec 35 Advance Problems 3
Lec 36 Advance Problems 4
01:05:43

Lec 36 Advance Problems 4
Lec 37 Advance Problems 5
01:03:49

Lec 37 Advance Problems 5


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molecular partition function course in hindi, in this course explore the theory and applications of molecular partition functions in understanding molecular behavior and thermodynamics.