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in cases of hydrogen atom, whenever a ph...

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.

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 radiation emitted in Lyman series is always shorter then the wavelength emitted in the Balmer series

D

All of the above.

Text Solution

Verified by Experts

The correct Answer is:
D

`lambda_(2rarr1) = (12375)/(10.2) ~~ 1213 Å`
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