If the lowest energy X-rays have λ = 3.055 × 10^−8 m

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If the lowest energy X-rays have λ = 3.055 × 10^−8 m, estimate the minimum difference in energy between two Bohr’s orbits such that an electronic transition would correspond to the emission of an X-ray. Assuming that the electrons in other shells exert no influence, at what Z(minimum) would a transition from a second energy level to the first result in the emission of an X-ray?
10
Nov
If the lowest energy X-rays have λ = 3.055 × 10^−8 m, estimate the minimum difference in energy between two Bohr’s orbits such that an electronic transition would correspond to the emission of an X-ray. Assuming that the electrons in other shells exert no influence, at what Z(minimum) would a transition from a second energy [...]
Posted in: Chapter 2 - Atomic Structure (Level 1 and Level 2) , N Awasthi Physical Chemistry ,
Tags: For a 3s−orbital value of v is given by following relation: ψ(3s)= 9 root3/1 ( a0/1)^3/2 (6−6σ+σ^2 )e −σ/2 ;whereσ = 3a0/2r.Z ​ What is the maximum radial distance of the node from the nucleus? , If the lowest energy X-rays have λ = 3.055 × 10^−8 m ,