Research Scholar at IIT Goa, M.Sc. Physics from IIT Roorkee with specialization in general theory of relativity. Educator at AK Academy.

Pooja 

This Course covers Infinite Potential Well / Particle in a Box. 
This Course is beneficial for 
IIT-JAM
 aspirants.

IIT-JAM 

Hindi

(Hindi) Infinite Potential Well / Particle in a Box : IIT-JAM

Elements of Kinetic Theory

Kinetic Theory & Thermodynamic

Physics

GATE, ESE and IIT-JAM

Ace the toughest competitive and government exams in India 

Test Preparation

In this lesson, I have introduced the meaning of infinite square well potential. Also, I told the difference between symmetric and unsymmetric potential infinite potential well.

Introduction (in Hindi)

In this lesson, we found the wave function for 1-D unsymmetric infinite potential well.

Unsymmetric Potential Well : Part-1 (in Hindi)

Sketching the wave functions of 1-D unsymmetric infinite potential well.

Unsymmetric Potential Well : Part-2 (in Hindi)

Sketching the probabilities of 1-D unsymmetric infinite potential well for different quantum states.

Unsymmetric Potential Well : Part 3 (Probability Distribution) (in Hindi)

In this lesson, I calculated the energy eigenvalues for a particle in an 1-D unsymmetric potential well.

Unsymmetric Potential Well : Part-4 (Energy Eigenvalues) (in Hindi)

In this lesson, we solved some problems based on 1-D infinite potential well which are asked in IIT-JAM Physics.

PYQs of IIT-JAM Physics Part 1: Modern Physics : 1-D Infinite Potential Well (in Hindi)

In this lesson, I introduced 3-D infinite potential well and concept of degeneracy.

3-D Infinite Potential Well

In this lecture, I tried to explain degeneracy by an example of 3-D infinite potential well.

Degeneracy in 3-D infinite potential well

I have nearly 17 years of experience in teaching. My specializations are Physics (10 +2, UG, PG, CSIR-NET, IIT-JAM etc) and Management. 

Ajay Kumar Sharma

In this course we will learn about the following topics - Elements of kinetic theory of gases, Velocity distribution and equipartition of energy, Specific heat of mono -, di- and tri- atomic gases, Mean free path.

(Hindi) Kinetic Theory of Gases: IIT-JAM

The educator discusses concepts based on Laws of Thermodynamics, Zeroth law, and concept of thermal equilibrium, First law and its consequences, Isothermal and adiabatic processes, Reversible, Irreversible and quasi-static process, Second law and entropy, Carnot cycle for IIT-JAM.

Laws of Thermodynamics: IIT-JAM

In this course, the educator is discussing the following topics - Maxwell's thermodymic relations and simple applications, Thermodynamic potentials and their applications, Phase transitions and Clausius-Clapeyron equations.

Lessons

8 lessons • 1h 14m