Ration of `m^(th)` to n^(th)` wavelength of Balmer series in H-atom is equal to :

The Ratio of m^(th) to n^(th) wavelength of Lyman series in H-spectrum is equal to

Ratio of m^(th) wavelength of Lyman series in H-atom is equal to:

The shortest wavelength of Balmer series of H-atom is

The shortest wavelength of Balmer series of H-atom is

the ratio of the wavelengths of alpha line of lyman series in H atom and beta line of balmer series in he+ is

The ration of minimum wavelengths of Lyman and Balmer series will be

The shortest wavelength of Lyman series of the hydrogen atom is equal to the shortest wavelength of Balmer series of a hydrogen -like atom of atomic number Z. The value of Z is equal to

The shortest wavelength of Lyman series of the hydrogen atom is equal to the shortest wavelength of Balmer series of a hydrogen -like atom of atomic number Z. The value of Z is equal to