(b)(a) All spectral transitions, (absorption, emission, scattering), are yovered by selection rules What is the basis of

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(b)(a) All spectral transitions, (absorption, emission, scattering), are yovered by selection rules What is the basis of

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B A All Spectral Transitions Absorption Emission Scattering Are Yovered By Selection Rules What Is The Basis Of 1
B A All Spectral Transitions Absorption Emission Scattering Are Yovered By Selection Rules What Is The Basis Of 1 (31.11 KiB) Viewed 46 times
(b)(a) All spectral transitions, (absorption, emission, scattering), are yovered by selection rules What is the basis of selection rules? (b) Find attached the Grotian diagram, Figure describing the emission line spectrum of atomic hydrogen . Using the appropriate selection rules justify any one of the illustrated transitions • Why is a p top transition impossible? • Identify the regions of the electromagnetic spectrum associated with the Lyman and Balmer Series • Hence predict the region associated with the Paschen series (iv) The 3p energy level of sodium is split into two levels, opin and 3 pte), by spin orbit coupling This is responsible for the finestrature in the 589 nm line in the spectrum of sodium a doublet at 589 and 589.2 m)
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