1a.For the Rydberg equation for hydrogen, . RH is the
Rydberg constant and is equal to...
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1a.For the Rydberg equation for hydrogen, . RH is theRydberg constant and is equal to 1.09737 x 107m-1.
For the Lyman series, n=1 and the photons are in theultraviolet. The shortest possible wavelength corresponds to thelimit where . What is the photon energy (in eV) of thistransition?
1b.What is the energy of the photon in the Lyman series (n=1)corresponding to m = 5? Give your answer in eV.
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