An excited hydrogen atom emits a photon of wavelength t while returning to the ground state. If R is the Rydberg.s constant, then the quantum number n of the excited state is

An excited hydrogen atom emits a photon of wavelength t while returnin

1.	An excited hydrogen atom emits a photon of wavelength t while returning to the ground state. If R is the Rydberg.s constant, then the quantum number n of the excited state is
Answer» `sqrt(LAMBDA R)` `sqrt(lambda R-1)` `sqrt((LAMBDAR)/(lambdaR-1))` `sqrt(lambda R(lambda R-1))` SOLUTION :`BAR(upsilon) = 1/(lambda) = R(1/(n_1^2) - 1/(n_2^2))` ` implieslambda= (n^2)/(R(n^2-1)),n = sqrt((lambdaR)/(lambda R-1))`