×
Create CV Books Summaries Online Courses Blog Communities

Login

Sign up
MindLuster Logo
Categories
Recent

Join Our Telegram Channel Now to Get Any New Free Courses : Click Here

Lec 04 Calculation of entropy for various processes

Hide All Ads - Subscribe Premium Service Now
Share your inquiries now with community members Click Here
Hide All Ads - Subscribe Premium Service Now
Previous Lesson Next Lesson
Sign Up and Get Free Certificate
Sign up Now
Lesson extensions

Lessons List | 38 Lesson
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

Comments

Our New Certified Courses Will Reach You in Our Telegram Channel
Join Our Telegram Channels to Get Best Free Courses

Join Now

We Appreciate Your Feedback

Be the First One Review This Course

Excellent
0 Reviews
Good
0 Reviews
medium
0 Reviews
Acceptable
0 Reviews
Not Good
0 Reviews
0
0 Reviews


Related Courses in Science
Hide All Ads - Subscribe Premium Service Now
Geography
8 Lessons

Geography

Organic Chemistry
22 Lessons

Organic Chemistry

History of Science
47 Lessons

History of Science

Physics
47 Lessons

Physics

Astronomy
48 Lessons

Astronomy

Anatomy Physiology
48 Lessons

Anatomy Physiology

Chemistry
47 Lessons

Chemistry

Biology
41 Lessons

Biology

Ecology
13 Lessons

Ecology

Computer Science
41 Lessons

Computer Science

Physics GRAVITATION
32 Lessons

Physics GRAVITATION

Anatomy of flowering plant
14 Lessons

Anatomy of flowering plant

Sociology
45 Lessons

Sociology

Science
5 Lessons

Science

Education Biotechnology
8 Lessons

Education Biotechnology

Data Science In 5 Minutes
29 Lessons

Data Science In 5 Minutes

Course Description

molecular partition function course in hindi, in this course explore the theory and applications of molecular partition functions in understanding molecular behavior and thermodynamics.
Trends
Recent
Previous Lesson Next Lesson