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Whenever a hydrogen atom emits photon in...

Whenever a hydrogen atom emits photon in the Balmer series:

A

it may emit another photon in the Balmer series

B

it may emit another photon in the Lyman series

C

the second photon if emitted will have a wavelength of about 122 nm

D

it may emit a second photon, but the wavelength of this photon cannot be predicted

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The correct Answer is:
b c
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Whenever a hydrogen atom emits a photon in the Balmer series

Whenever a hydrogen atom emits a photon in the Balmer series .

Whenever a hydrogen atom emits a photon in the Balmer series, it may emit another photon in the Balmer series it must emit another photon in the Lyman series the second photon, if emitted, will have a wavelength of about 122 nm it may emit a second photon, but the wavelength of this photon cannot be predicted

in cases of hydrogen atom, whenever a photon is emitted in the Balmer series, (a)there is a probability emitting another photon in the Lyman series (b) there is a probability of emitting another photon of wavelength 1213 Å (c ) the wavelength of radiaton emitted in Lyman series is always shorter then the wavelength emitted in the Balmer series (d) All of the above.

Calculate (a) The wavelength and the frequency of the H_(beta) line of the Balmer series for hydrogen. (b) Find the longest and shortest wavelengths in the Lyman series for hydrogen. In what region of the electromagnetic spectrum does this series lie ? (c) Whenever a photon is emitted by hydrogen in Balmer series, it is followed by another photon in LYman series. What wavelength does this latter photon correspond to ? (d) The wavelength of the first of Lyman series for hydrogen is identical to that of the second line of Balmer series for some hydrogen-like ion X. Find Z and energy for first four levels.

Whenever a photon is emitted by hydrogen in balmer series it is followed by another in lyman series what wavelength does this latter photon correspond to?

Which of the following transitions in a hydrogen atom emits photon of the highest frequency ?

Ratio of the wave number of the first line of Lyman series of hydrogen atom to the first line of Balmer series of He^(+) ion will be

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