The first spectral line in the Pfund series of Hydrogen spectrum is given by ( $R_{H}$ = Rydberg constant) :

$\frac{11 R_{H}}{900}$
$\frac{56 R_{H}}{36}$
$\frac{7 R_{H}}{144}$
$\frac{9 R_{H}}{400}$

Question

The first spectral line in the Pfund series of Hydrogen spectrum is given by -R-H - Rydberg constant- -dfrac-11R-H-900-dfrac-56R-H-36-dfrac-7R-H-144-dfrac-9R-H-400-

Toppr Admin · Accepted Answer

A series of wavenumber in the Pfund series of the Hydrogen spectrum is given by RH-152-x2212-1n2- where RH is the Rydberg constant for hydrogen and n is an integer greater than 5-

The first spectral line in the Pfund series of Hydrogen spectrum is given by (RH = Rydberg constant) :11RH90056RH367RH1449RH400

A series of wavenumber in the Pfund series of the Hydrogen spectrum is given by RH[152−1n2], where RH is the Rydberg constant for hydrogen and n is an integer greater than 5.

The first spectral line in the Pfund series of Hydrogen spectrum is given by ( $R_{H}$ = Rydberg constant) :

$\frac{11 R_{H}}{900}$
$\frac{56 R_{H}}{36}$
$\frac{7 R_{H}}{144}$
$\frac{9 R_{H}}{400}$

A series of wavenumber in the Pfund series of the Hydrogen spectrum is given by $R_{H} [\frac{1}{5^{2}} - \frac{1}{n^{2}}]$ , where $R_{H}$ is the Rydberg constant for hydrogen and n is an integer greater than 5.