The wavelength of series limit for lyman series for `He^(o+)` would be

If the wavelength of series limit of Lyman series for He^(+) ion is x Å, then what will be the wavelength of series limit of Balmer series for Li^(2+) ion?

If the wavelength of series limit of Lyman series for He^(+) ions is x overset(0)(A) , then what will be the wavelength of series limit of Balmer series for Li^(+2) ion?

If the wavelength of series limit of Lyman series for He^(+) ion is x Å, then what will be the wavelength of series limit of Balmer series for Li^(2+) ion?

The wavelength of Lyman series is

The wave number of the series limit of Lyman series is -

The wave number of the series limit of Lyman series is -

The wave number of the series limit of Lyman series is -

The longest wavelength limit of Lyman series is

What is the wavelength of the series limit for the Lyman series ?

The relation between lambda_(1)= wavelength of series limit of Lyman series , lambda_(2)= the wavelength of the series limit of Balmer sereis & lambda_(3)= the wavelength of first line of Lyman series: