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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 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 ### Schrödinger model