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In the emission spectrum of hydrogen, some lines are in the infra red range.
h l Suggest an electron transition (specify n and n) that is in this range and calculate its
corresponding wavelength and delta E.

  • chemistry - ,

    We know transitions to the n = 1 state are in the UV (the Lyman series) and to the n = 2(the Balmer series) lies in the visible. Therefore, I would suggest you start with a transition ending in N=3 and starting with N = 4 and see how that works. You want the wavelength to come out larger than about 700 nm. (700-800 nm is the start of the near infrared and anything above 1,000 nm to 2,000 nm is infrared.

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