Recent content by legend

Thanks for your reply. As far as i know, commutation operator for a function would be such that FG - GF = 0, right? Based on that, i figured for \partial/\partial x it would be \partial/\partial y since \partial/\partial x ( \partial/\partial y ) =...

Thanks for your reply. Yes, i guess it is asking for the commutator of x and also the commutator of \partial/\partial x For the number of quantum numbers, we would have the principal quantum number and the three quantum numbers associated with the three components of the angular...

I am having a problem with a couple of problems involving commutating operators. Homework Statement 1. How do i find the commutation operators of x and ∂/∂x 2. If the angular momenta about 3 rotational axes in a central potential commute then how many quantum numbers we would get? And why...

Thanks a lot

Thanks a lot to all of you guys for your help. So i solved them and got the following results. Could anyone please let me know if they are correct? For number 1 : B = 1/(√L) For number 2 : B = √(2k)

Thanks a lot for your answers. I have one doubt. How do i go about the second function i.e Bexp(−kx)? Do i replace "-k" by "i²k" and proceed?

Thanks a lot dacruick. @jtbell... actually i have some vague idea, i am still in the process of coming to terms with quantum mechanics (i don't have a physics background :-( )

Hi, i need some help regarding normalization of a wave function, i feel it is a very simple problem, but i am having a hard time figuring it out. I would really appreciate it if anybody could help me out a bit regarding this. I need to normalize the following wavefunctions by figuring out the...