Asked by Austin
Calculate the wavelength in nm of the line with n = 6 in the Pfund series of the spectrum of atomic hydrogen.
Answers
Answered by
Arora
Use the following formula:
Wavenumber = R<sub>H</sub>*((1/n1^2) - (1/n2)^2)
Where wavenumber = (1/wavelength),
R<sub>H</sub> = Rydberg's constant,
n1 = The number corresponding to the series (Pfund = 5)
n2 = The 'n' value of the line (n = 6)
Wavenumber = R<sub>H</sub>*((1/n1^2) - (1/n2)^2)
Where wavenumber = (1/wavelength),
R<sub>H</sub> = Rydberg's constant,
n1 = The number corresponding to the series (Pfund = 5)
n2 = The 'n' value of the line (n = 6)
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