but the wavelength of this photon cannot be predicted
Whenever a hydrogen atom emits a photon in the Balmer series, 1. it may emit another photon in the Balmer series 2. it must emit another photon in the Lyman series 3. the second photon, if emitted, will have a wavelength of about 122 nm 4. it may emit a second photon, but the wavelength of this photon cannot be predicted
09
Jun
Whenever a hydrogen atom emits a photon in the Balmer series, 1. it may emit another photon in the Balmer series 2. it must emit another photon in the Lyman series 3. the second photon, if emitted, will have a wavelength of about 122 nm 4. it may emit a second photon, but the wavelength [...]
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1. it may emit another photon in the Balmer series 2. it must emit another photon in the Lyman series 3. the second photon ,
but the wavelength of this photon cannot be predicted ,
if emitted ,
Whenever a hydrogen atom emits a photon in the Balmer series ,
will have a wavelength of about 122 nm 4. it may emit a second photon ,