Physics, asked by selina637, 7 months ago

In an H-like atom when electron transits from
energy state n=5 to n=2, a photon of wavelength
434 nm is emitted. What will be the wavelength of
photon emitted when the transition occurs from
energy state n=4 to n=2?
(1) 486 nm
(2) 450 nm
(3) 500 nm
(4) 550 nm​

Answers

Answered by Anonymous
1

Explanation:

In an H-like atom when electron transits from

energy state n=5 to n=2, a photon of wavelength

434 nm is emitted. What will be the wavelength of

photon emitted when the transition occurs from

energy state n=4 to n=2?

(1) 486 nm

(2) 450 nm

(3) 500 nm

(4) 550 nm\textit{\large{\pink{\underline{\underline{Step by step Explanation:-}}}}}[tex]\mathrm{2\ ...

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