Ive derived all but the solution proceedure of the associate legendre and associate laguerre equations and now im here because not even my ODE textbook mentions them in detail.
It is asymptotic solution assumption, where we that the solution might look like this and try to solve using it. People already done this, so simply in any book it is used.
Ive derived all but the solution proceedure of the associate legendre and associate laguerre equations and now im here because not even my ODE textbook mentions them in detail.
Just what I needed before bed.
must play at 1.25 or higher to not induce serendipitous sleep
Just what I need before my QM finals tomorrow
Permission shall be Hermitian
@Monsieur Café do u have to learn it all?????????
Where can I find proofs of solution for the associated legendre polynomial?
@Kristopher Ryder stfu bots
I would like to know as well.
in Boas (mathematical physics)
@@rubahasan8107 thanks
@@insignificantphysicist1295 In TH-cam. So many knowledge for legendre. Almost professor India genius.
خطك يجنن😍😍😍😍😍
1:09 It is not "you can measure simultaneously" it should be "you cannot"
0:52 It should be "You saw they were Hermitian" and not "permission".
Thanks for your note! It has been corrected.
Excellent video but cc says permission operator when the professor said hermitian operator
Agreed. This should be corrected. I suggested this in one of Allan Adams lectures and it was corrected.
Thanks ❤️🤍
Pls play gatari
Great sir
Can Someone tell me how to get the normalization constant? I am stuck
I can't understand sir please clarify
bravo
Legendre
04:20
Sir can you give me solutions regarding how did Value of Pl^m(x)=.....came??? Can you provide me solutions
It is asymptotic solution assumption, where we that the solution might look like this and try to solve using it. People already done this, so simply in any book it is used.
asa man ka gikan ug (-1)^m intawon wala manguro na
magnetic quantum number
Muito quadro
Um 😶 huh 🤔