A3. One of the electromagnetic emission lines for a hydrogen atom has wavelength 389nm. Assuming that this is a line from one of the Lyman (nf = 1), Balmer (nf 2) or Paschen (nf 3) series, what is the initial principal quantum %3D number associated with the transition? The Rydberg energy can be assumed to be 13.6eV.
A3. One of the electromagnetic emission lines for a hydrogen atom has wavelength 389nm. Assuming that this is a line from one of the Lyman (nf = 1), Balmer (nf 2) or Paschen (nf 3) series, what is the initial principal quantum %3D number associated with the transition? The Rydberg energy can be assumed to be 13.6eV.
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Transcribed Image Text:A3. One of the electromagnetic emission lines for a hydrogen atom has wavelength
389nm. Assuming that this is a line from one of the Lyman (nf
1), Balmer
(nf
2) or Paschen (nf
3) series, what is the initial principal quantum
number associated with the transition? The Rydberg energy can be assumed
to be 13.6eV.
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