Student of B.Tech (ME). Solving problems and helping people to find easiest method to learn is what I do. 

Aarasi 

This course is specifically desined for the CSIR NET exam syllabus. Although other students who want to learn Thermodynamics in brief are also welcome to watch.

Crack CSIR NET by studying MATHEMATICS, PHYSICS, LIFE SCIENCE, CHEMISTRY, EARTH SCIENCE on one online platform. Everything you need to crack JRF.

CSIR-UGC NET

English

Crash Course in Thermodynamics and Statistical Physics for CSIR NET Exam

Micro-to-Macroscopic Behavior

Thermodynamic Statistical Physics

Physical Sciences

NET Exams

Ace the toughest competitive and government exams in India 

Test Preparation

The basic points needed to know before starting of Thermodynamics is featured in the video. The next video would contain the laws of Thermodynamics.

Introduction to Thermodynamics for CSIR NET Exam

This is the second lesson of this course. Total description of the Laws of Thermodynamics and it's consequences are covered in this lesson. Feel free to give a remark.

Laws of Thermodynamics

This lesson talks about the Thermodynamic Potential, Chemical Potential, Maxwell Equations and how easily one can memorize it. At last Phase Equilibria is covered in this unit.

Thermodynamics Potentials, Maxwell Equations, Chemical Potential and Phase Equilibrium

This is a theoretical lesson where the topics of Statistical Thermodynamics are covered. The topics like Phase Space,  Ensembles and Partition Function are new and important aspect in CSIR NET Exam.

Phase Space, Micro and Macrostates, Essemblies and Partition Function

This lesson gives the students the knowledge of Free energies and their Thermodynamic relations. 1st and 2nd order Transition talks about the phase changes.

Free Energies, 1st and 2nd Order Phase Transition

This lesson gives viewers an idea about the difference between the quantum and classical statistics. The video also tells about the distinguishable and indistinguishable particles.

Classical and Quantum Statistics

A brief view of Ideal Fermi and Bose Gases and the second is the Bose Einstein Condenstion

Fermi and Bose Gases/ Bose-Einstein Comdensation

The lesson gives you a brief introduction about the principle of Detailed Balance and total equilibrium constant

Principle of Detailed Balance

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This video describes about the Blackbody radiation and Planck's Distribution Law

Blackbody Radiation and Planck's Distribution Law

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This video gives a brief introduction to what a random walk and Brownian Motion is.

Random Walk and Brownian Motion

This lesson is the last lesson of the course which tells viewers about the non-equilibrium process and Diffusion Equation. Follow me on https://unacademy.com/user/aarasi/courses.

Nonequlibrium Process and Diffusion Equation

✓Persuing Ph.D ( Research Scholar)
✓M.Sc Physics (Central University) & B.Ed
✓FDP NITTTR , MHRD ( Quantum & Energy Mat.)
✓Experience: 5 year

Rahul Mehla

In this course, the educator discusses the most important formulas of Thermodynamics and Statistical Physics which are very helpful for problem-solving. The course will be beneficial for CSIR-UGC NET Aspirants.

(Hindi) Collection of Important Thermodynamics and Statistical Physics Formulae

This course covers Statistical Mechanics In Detail for CSIR-UGC NET

(Hindi) Statistical Mechanics for CSIR-UGC NET

MSc-ph(Gold medalist) Teaching exp-9yrs
GATE qualified 
CSIR-NET-JRF(AIR-35 & AIR-49)
Referral code SURBHILIVE 


Surbhi Upadhyay

All questions of thermodynamics are solved with detailed explanation in this course.

(Hindi) CSIR-NET: Physical Science Solved Questions of Thermodynamics

This Course Basically Covers All The Important Facts Concepts Of Thermodynamics CSIR UGC NET Conclusion At A Glance (in Hindi)

(Hindi) NET Crash Course Of Thermodynamics Conclusion

I have completed M.Sc. Physics from SGBAU, Amravati. Maharashtra. Youtuber - Channel JS Pathshala 


Shikha Dubey

In this course, the educator is discussing
Syllabus, probability theory, ensemble theory, classical and quantum statistics, ideal Bose and Fermi gases, Black body radiation, Planck's radiation law, Ising model, Bose-Einstein condensation, Random walk and Brownian motion

Lessons

11 lessons • 1h 43m