Atomic Physics - normalising eigenstates

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Homework Help Overview

The discussion revolves around normalizing eigenstates in atomic physics, specifically addressing a calculus problem related to an integral setup. The original poster seeks assistance in reviewing their calculus and breaking down their workings to find a constant, C, using provided equations.

Discussion Character

  • Exploratory, Mathematical reasoning, Assumption checking

Approaches and Questions Raised

  • The original poster expresses uncertainty about their calculus and requests input on their approach. Some participants question the completeness of the provided files, noting that the integral has not been computed despite being mentioned in the problem statement. Others inquire about the feasibility of sharing mathematical content through images on the forum.

Discussion Status

The discussion is ongoing, with participants exploring different aspects of the problem. There is a recognition of the need for guidance on the calculus involved, and some attempts to clarify the situation regarding the shared files and the challenges of posting equations.

Contextual Notes

Participants note the absence of an attempted solution in the shared files, which may impact the ability to provide targeted assistance. There is also a mention of specific values related to the problem, such as n=2 and alpha=2/a0, indicating some progress in understanding the context.

kel
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Homework Statement



Hi, I'd doing question 1 of the attached sheet and just wondered if someone could help me out. I'm a bit unsure of my calculus and need it reviewed, alsoam not entirely sure how to break down my workings (using the supplied equations in the hint) to find C. So any input would be greatly appreciated.


Homework Equations





The Attempt at a Solution



See the attached files - ps is there any software that I can use to write equations on this forum, mathtype would be nice, but I can't seem to cut & paste from it to here.

Thanks again
Kel
 

Attachments

Physics news on Phys.org
just realized that n=2 and alpha=2/a0, but still need some guidance on the calculus

cheers
 
Under "The attempt at a solution" you say "See the attached files" but there is no attempted solution in the files. One is just a statement of the problem and the other is just the integral set up but not computed- in spite of the fact that the problem statement tells you what that integral is!
 
the integral file is the one that I wrote out - wasn't sure if I've done the math correct before I move onto the next part.
 
Kel, since you mentioned you weren't able to paste a MathType equation into a forum post, I'm wondering if you or anyone else has had success pasting any sort of image into a post? I tried it and it didn't work out for me with JPG, PNG, or GIF images.

Bob
 

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