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chem: clarify graphing convergence

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eggy 2020-11-18 13:49:52 -05:00
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@ -360,7 +360,7 @@ $$E=\text{convergence frequency} · h$$
To find the first ionisation energy of an element, the amount of energy required is equal to the difference in frequency of the **ground state** of the first valence electron and $n=∞$ multiplied by Planck's constant. This returns the first ionisation energy of one atom, or in electronvolts (eV).
To find the convergence limit **graphically**, graph the difference of frequencies in the spectrum ($\Delta f$) against each each frequency ($f$) and extrapolate to $\Delta f=0$.
To find the convergence limit **graphically**, graph the difference of frequencies ($\Delta f$) against each frequency in the series ($f$) and extrapolate to $\Delta f=0$.
### Schrödinger model