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For solute (aqueous species, excluding water), and assuming $\gamma_i$ = 1 (for now)
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```math
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\mu_i = G_i^0 + RT ln(m_i)
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```
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where
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```math
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m_i = \frac{n_i}{m_{H2O}}
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```
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so here $n_i$ is again the molar fraction and $m_{H2O}$ is mass of water? Should it be water density?
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I could find the following definition:
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```math
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m_i = \frac{n_i}{n_{H2O} M_{H2O}}
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```
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and here $n_i$ is the molarity and $M_{H2O}$ is the Molar mass of water (18.015). However, here density of water like we discussed is not appearing, is that right?
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