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Posted: Sun Apr 22, 2018 3:35 pm
When would we incorporate the -R[1/n1^2 - 1/n2^2], or which problems would call for this equation?
Posted: Sun Apr 22, 2018 3:42 pm
You would use this equation when trying to find the wavelength of a electron that has gone from a high energy level (n2) to a lower energy level (n1). Hope this helps :)
Posted: Sun Apr 22, 2018 3:58 pm
The Rydberg formula is used to predict the wavelength of light resulting from an electron moving between energy levels.
Posted: Sun Apr 22, 2018 4:53 pm
In addition, since we are solving for wavelength in this case, it can be extended to equations such as E=lambda X mu (energy=wavelength times frequency) and other equations that we will need to know for the test. It is very important that we know how to relate different formulas to each other by messing around with the algebra; Professor Lavelle discussed this by explaining how to derive the formulas.
According to the TAs, this is more important on the midterm than the upcoming test so keep that in mind.
Posted: Sun Apr 22, 2018 5:38 pm
would use for wavelength but can also be manipulated for other uses
Re: Rydberg [ENDORSED]
Posted: Sat Apr 28, 2018 8:11 pm
Prediction of wavelength when the electron is moving between energy levels.