The frequency of radiations emitted when electron falls from `n = 4` to `n = 1` in `H-"atom"` would be (Given `E_1` for `H = 2.18 xx 10^-18 J "atom"^-1` and `h = 6.625 xx 10^-34 Js`.)

The frequency of radiations , emitted when the electron falls , from n=4 to n=1 in a hydrogen , atom

The frequency of radiation emiited when the electron falls n =4 to n=1 in a hydrogen atom will be ( given ionization energy of H= 2.18 xx 10 ^(-18)J "atom "^(-1) and h= 6.625 xx 10 ^(-34)Js)

The frequency of radiation emiited when the electron falls n =4 to n=1 in a hydrogen atom will be ( given ionization energy of H= 2.18 xx 10 ^(-18)J "atom "^(-1) and h= 6.625 xx 10 ^(-34)Js)

The frequency of radiation emitted when the electron falls from n=4 to n=1 in a hydrogen atom will be (given ionisation energy of H=2.18xx10^(18)J"atom"^(-1) and h=6.625xx10^(-25)Js )

The frequency of radiation emitte when the electron falls from 'n=4' to 'n=1' in 'a' hydrogen atom will be (given ionization energy of 'H=2.1810^(-18) J' atom '^(-1)' and 'h=' '6.625 xx 10^(-34)' Js)

The wavelength of radiation emitted when electron falls from 4th Bohr's orbit to 2nd in H atom is: R_H=1.09678xx10^(-7)m^(-1) )