Solution
When we increase resolution then seperation in energy levels is found which is called broadening.
The relative broadening is written as
ΔEE=Δνν=Δλλ=Δvˉvˉ\frac{\Delta E}{E}=\frac{\Delta \nu}{\nu}=\frac{\Delta \lambda }{\lambda}=\frac{\Delta \bar v}{\bar v}EΔE=νΔν=λΔλ=vˉΔvˉ
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