Absorpstion spectrum of hydrogen shows line in 404.7
nm ; 435.8 nm and 486.3 nm.
Determine:
a. Transtition...
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Physics
Absorpstion spectrum of hydrogen shows line in 404.7nm ; 435.8 nm and 486.3 nm.
Determine: a. Transtition for each line above b. Ionization energy of Hydrogen
[Question doesn't state about spectral series (Lyman,Balmer.....). I am confused about this part. How I determinen1?]
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3.7 Ratings (437 Votes)
a Given wavelengths fall in visible region So the transitionis related to Balmer seriesRelation between wavelength and corresponding states oftransition is given by rydberg formula 1 R 1 12 1 n22 1 where R 109677 107 m is Rydberg constantand n1 n2 are initial and final states of
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