The emission line in the hydrogen spectrum occurs at the shortest wavelength n=6→n=2.
The hydrogen spectrum is the electromagnetic radiation emitted through the electron of excited hydrogen at the same time as coming to a everyday country. The strength radiated corresponds to its hydrogen spectrum wavelength. when its electron jumps from better power degree to a decrease one, it releases a photon. those photons emission exclusive shades of light of different wavelengths because of the special stages. those photons seem as strains.
The electron transitions between second and sixth energy levels n=6→n=2 in the hydrogen atom produces the line of shortest wavelength in hydrogen spectrum.
Among the given transitions, the energy difference for the transition n=6→n=2 is maximum.
Higher is the energy difference, lower is the wavelength.
Learn more about hydrogen spectrum here:-https://brainly.com/question/6255073
#SPJ4
