the wave no. of spectral line corresponding to n1=3 n2=5 for h atom is R=109677

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A spectral line in the spectrum of H atom has a wavenumber of $15222.22 c m^{- 1}$ . The transition responsible for this radiation is (Rydberg constant $R = 109677 c m^{- 1}$ )

Q. The equation corresponding to the wave number of spectral line in the Brackett series:

Q. Find the wavelength of the first line of spectral series of

H e^{+}

ion whose interval between extreme lines is

\frac{1}{λ_{1}} - \frac{1}{λ_{2}} = 27419.25 {cm}^{- 1}

(Take Rydberg's constant

R = 109677 {cm}^{- 1}, \frac{1}{109677} = 9.11 \times 10^{- 6} c m

)

A spectral line in the spectrum of H atom has a wavenumber of $15222.22 c m^{- 1}$ . The transition responsible for this radiation is (Rydberg constant $R = 109677 c m^{- 1}$ )

Q. Calculate the frequency of the spectral line corresponding to the transition of an electron from

n_{2} = 4

n_{1} = 2

in a hydrogen atom.

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