- Видео 8
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Physics with Abhishek A. Gor
Добавлен 16 фев 2020
Namaste. Welcome to the Channel.
My Introduction:
My name is Abhishek A. Gor. I am working as an Assistant Professor. Also I am a research Scholar. From my experience as a student and a teacher of the Physics subject, I am inspired to create this channel for sharing, teaching and discussing the various topics and fundamentals of the Physics.
Channel Description:
This channel will have lectures for the variety of topics. It will help the students who have missed their classes or who is unable to learn few courses or who wants a new perspective of the topic.
This channel will also contain lectures on variety of problems and problem solving techniques.
There will be regular live streaming of lectures and discussion session.
Let’s start the journey to understand the physics in better way.
My Introduction:
My name is Abhishek A. Gor. I am working as an Assistant Professor. Also I am a research Scholar. From my experience as a student and a teacher of the Physics subject, I am inspired to create this channel for sharing, teaching and discussing the various topics and fundamentals of the Physics.
Channel Description:
This channel will have lectures for the variety of topics. It will help the students who have missed their classes or who is unable to learn few courses or who wants a new perspective of the topic.
This channel will also contain lectures on variety of problems and problem solving techniques.
There will be regular live streaming of lectures and discussion session.
Let’s start the journey to understand the physics in better way.
Bose Einstein Distribution
In this video we derive the equation for Bose Einstein Distribution of the particles among various states of an ideal gas system at an equilibrium.
Просмотров: 307
Видео
Fermi Dirac Distribution
Просмотров 1524 года назад
In this video we derive the equation for Maxwell-Boltzmann distribution of the particles among various states of an ideal gas system at an equilibrium.
Maxwell Boltzmann Distribution
Просмотров 6164 года назад
In this video we derive the equation for Maxwell-Boltzmann distribution of the particles among various states of an ideal gas system at an equilibrium.
Three Distributions. An Intro. to Maxwell Boltzmann, Fermi Dirac, and Bose Einstein Distribution.
Просмотров 1,4 тыс.4 года назад
In Statistical Mechanics, It is important to find out how the particles in a system are distributed over various states/energy levels/orbitals. Once the distribution is known, statistical thermodynamic properties of the system will follow.
The Isotropic Oscillator
Просмотров 2,5 тыс.4 года назад
As a further example of exactly soluble problems in quantum mechanics, we consider a harmonic oscillator, in this case the isotropic oscillator. Here I have demonstrated the derivation of normalized radial wave function for the isotropic harmonic oscillator.
Normalized Radial Wave Function of Hydrogen Atom
Просмотров 2,9 тыс.4 года назад
Here we are beginning with the wave equation for a one electron atom. (Hydrogen, Singly ionized Helium, Doubly ionized Lithium etc) Considering the Atom as whole at rest we have static center of mass system of two particles. (nucleus and electron) With spherically symmetric potential our task is to solve the radial wave equation and derive the Normalized Radial Wave Function of Hydrogen Atom.
Three Dimensional square well potential. Solution in the Exterior Region.
Просмотров 6414 года назад
In three dimensions, we have partial differential equations, whose exact solution depends on their separation into a set of ordinary differential equations. Once this is done, the crux of the problem is to find solution satisfying the admissible conditions. The condition of Continuity needs to be considered only when potential functions with discontinuities (e.g. square well) are involved. Here...
Three Dimensional square well potential. Solution in the Interior Region.
Просмотров 3,3 тыс.4 года назад
In three dimensions, we have partial differential equations, whose exact solution depends on their separation into a set of ordinary differential equations. Once this is done, the crux of the problem is to find solution satisfying the admissible conditions. The condition of Continuity needs to be considered only when potential functions with discontinuities (e.g. square well) are involved. Here...
Sir or videos daal do pls 🙌
Hi, I'm looking for a step by step solution of the integral for normalisation constant, which can be evaluated by using the generating function for the associated Laguerre polynomials. Please, where can i find it?
Laguarre polynomial ke subscript n-l-1 hoga. apne n+l likha hai
Upload more vids
Stay motivated brother
Easily understood
Well explained
Thankyou sir Explained very conveniently
Thank you sir. Very nicely explained!!
every body solved it but what does it mean solve it for 1s 2s 2p....
thank you sir for all of your efforts
Thank you sir...
Sir can you pls post the video for bose-einstein as well It would be of great help 🙏🏼
ruclips.net/video/pcoLQTM3VDM/видео.html I hope this helps.
Helpful video
Thank you very much sir for the video😀
Sir cam you please upload more videos?
Yes please expect new videos soon. In this series and new one as well.
Why we need dimention less quantity...?
Thank you sir...🙏🙏🙏
thanks for such an important topic nicely explained
sir how to find the total number of ways using formula for different system?
I have done detailed video for Maxwell Boltzmann distribution. In few days FD and BE distribution video will be uploaded. See the link. ruclips.net/video/W6oGrVgvFdU/видео.html
I want Bose Einstein distribution. All lectures Are good. a R
Thank you. I will be uploading the FD and BE distribution videos in few days.
Bose Einstein distribution
ruclips.net/video/pcoLQTM3VDM/видео.html
Thank you sir🙏
Thank you so much sir...understood..
Thank you sir...totally understood 🙏🙋♂️
Amazing sir
Thank you so much sir for this video...this can help us too much