Quantum Mechanics: 2px and 2py Wave Function Equations | MSE270 Homework Help

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Homework Help Overview

The discussion revolves around finding the Cartesian coordinate equations for the 2px and 2py wave functions in the context of quantum mechanics, specifically related to the Hydrogen atom.

Discussion Character

  • Exploratory, Assumption checking

Approaches and Questions Raised

  • The original poster seeks specific equations for the wave functions and expresses difficulty in locating them due to the absence of a textbook for the class. Other participants suggest looking into textbooks and library resources for foundational material.

Discussion Status

Participants are exploring various resources and recommendations for textbooks that cover the necessary material. Some guidance has been offered regarding potential texts, but there is no explicit consensus on the equations themselves.

Contextual Notes

The original poster notes the lack of a textbook for the course, which may be contributing to their difficulty in finding the required information.

whatsnewdog11
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Hi

Does anyone know the cartesian coordinates equations for the 2px and 2py wave functions?

Thanks

-MSE270

Homework Statement


Quantum Mechanics


Homework Equations



looking for them

The Attempt at a Solution



I figured out that 1s wave function is e^(-sqrt((x^2)+(y^2)))
 
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Hi whatsupdog11, welcome to PF!:smile:

whatsnewdog11 said:
Hi

Does anyone know the cartesian coordinates equations for the 2px and 2py wave functions?

The general eigenfunctions for the Hydrogen atom are derived in every introductory QM textbook I can recall seeing. I suggest you study the chapter of your text that covers the Hydrogen atom, and then return if you still have questions.
 
The problem is the class does not have a textbook. I have tried looking up the equations on the internet but i can not find any.
 
If your professor is offering no textbook, I would recommending heading over to your library and pulling out a book or two. DJ Griffiths Introduction to Quantum Mechanics is a pretty good book for beginning quantum mechanics. If your library doesn't have it, you can also see R Fitzpatrick's Quantum Mechanics: An Undergraduate Course at this site for a free, electronic copy of his text (you need Adobe Acrobat reader or some other PDF reader).

I think Griffiths is a better choice than Fitzpatrick, but both are good beginning QM texts.
 
Here's a list:

http://panda.unm.edu/Courses/Finley/P262/Hydrogen/WaveFcns.html

I assume they're correct.
 
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