Sir I find your lectures quite helpful for my quantum chemistry course in my masters program ,can you please let me know which books or texts you use as reference. Thank you
I would recommend the book by McQuarrie and Simon. That's what I have my students use (at least for chapters where my own draft textbook is not yet complete)
@@samandalaiz8268 Some authors writing in English are the same way, I can assure you. The good old books are the ones that have passed the test of time
man, oh man!!!!!!! you have saved me some headaches. hands down, the best tutorials. thank you so much.
Sir I find your lectures quite helpful for my quantum chemistry course in my masters program ,can you please let me know which books or texts you use as reference.
Thank you
I would recommend the book by McQuarrie and Simon. That's what I have my students use (at least for chapters where my own draft textbook is not yet complete)
2:11
how to find out the normalization constant?
The radial wavefunctions are normalized so that ∫ r² Rₙₗ Rₙₗ dr = 1. (The integral runs from 0 to ∞.)
so, alpha is equalt to 2l+1 and k is equal to n-l-1 right?
Thank you! it worked!
You're welcome, glad you figured it out
Just playing again to say thank you. I got so much time wasted following a wrong formula reading puri sharma inorganic's Quantum which is chap 1 too 😂
You're welcome. Laguerre polynomials in chapter 1 seems like a steep leaning curve!!
@@PhysicalChemistry Indian authors have no/little flow unlike old foreign books, that's why many students are confused in Chemistry
@@samandalaiz8268 Some authors writing in English are the same way, I can assure you. The good old books are the ones that have passed the test of time