Question

state modification of rydberg's equation in chemistry ​

Answer 1

Answer:

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Answer 2

Answer:

Abstract

A modification of the Rydberg formula for atomic states is found to give quite accurate energies of terms of the type (core)(ns2 1S) for a wide variety of atoms (ground states of negative, neutral and positively ionized atoms, negative-ion resonances, autoionizing levels). It gives, for example, the energies of the lowest negative-ion resonances of the noble-gas atoms to an accuracy of 82 MeV or better, and the electron affinities of the alkali-metal atoms to an accuracy of 100 MeV or better. It can also be applied to other terms of the type (core)(nlnl'2S+1L). An extension of the formula gives energies of configurations of the type (core)npN, where N=1-6.