<Dd> λ = B (n 2 n 2 − m 2) = B (n 2 n 2 − 2 2) (\ displaystyle \ lambda \ = B \ left ((\ frac (n ^ (2)) (n ^ (2) - m ^ (2))) \ right) = B \ left ((\ frac (n ^ (2)) (n ^ (2) - 2 ^ (2))) \ right)) </Dd> <Dl> <Dd> λ is the wavelength . </Dd> <Dd> B is a constant with the value of 6993364506820000000 ♠ 3.645 0682 × 10 m or 6993364506820000000 ♠ 364.506 82 nm . </Dd> <Dd> m is equal to 2 </Dd> <Dd> n is an integer such that n> m . </Dd> </Dl> <Dd> λ is the wavelength . </Dd> <Dd> B is a constant with the value of 6993364506820000000 ♠ 3.645 0682 × 10 m or 6993364506820000000 ♠ 364.506 82 nm . </Dd>

The light of the alpha line in the balmer series