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could someone explain how to read the Balmer and Lyman series model? I know Balmer series is for the visible region and Lyman is for the UV region but I'm a bit confused on what the lines mean for application and how to use the model to interpret the emission spectrum for H... is it solely used for the purposes of showing that there are different groups of spectral lines for H, or is the model also used to problem solve?
if youre talking abt the model with the lines like n=1, n=2, etc then to read it you have to pay attention to the distance between the levels of n, its confusing but the distance between each level is not constant so the distance between n=1 and n=2 is much larger than the distance from n=3 to n=4, longer distances mean more energy and therefore a high frequency since E = hv. As for application, the spectral lines are mostly used to prove and demonstrate that the distances between levels of n are not constant and to show quantum behavior since you see lines grouped together, corresponding to many different energy jumps and frequencies all over the spectrum. I'm not really sure about problem solving since this model is very limited in application, the most this model can be used is really in prediction of the quantum behaviors of hydrogen.
^^they explained the significance of the spectral lines really well but i also think its important to note that the dark lines mark the transition energies for electrons to move between energy levels
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