Bohr was the first to explain the structure of hydrogen atom and spectrum.
Calculate the wavelength of the first line in the Lyman series of the hydrogen spectrum. ( R= 109677 `cm^(-1))

Calculate the wavelength of the first and the last line in the Balmer series of the hydrogen spectrum.

Calculate the wavelengths of the first line and the series limit for the Lyman series for hydrogen (R_(H)=109678 cm^(-1)) .

The wavelength (in cm) of second line in the Lyman series of hydrogen atomic spectrum is (Rydberg constant =" R cm"^(-1) )

The Balmer series of lines in the hydrogen spectrum appear in the visible region of the electron magnetic spectrum . Calculate the wave number of the second line in the Balmer series. ( Rydberg constant for hydrogen is 109677 cm^(-1)

Neils Bohr was the first to explain quantitatively the general features of hydrogen atom structure and its spectrum. Calculate the wave number of radiation due to transition of an electron from fourth orbit to second orbit (R_h=109677cm^-1)

Neils Bohr was the first to explain quantitatively the general features of hydrogen atom structure and its spectrum. Calculate the wave number of radiation due to transition of an electron from fourth orbit to second orbit. ( R_(H) =109677 cm^(-1) )