Effective solubility is calculated by multiplying the derived mole fraction by the compound's pure phase solubility.
Calculating the effective solubility of a compound is presented as a straightforward calculation based on specific factors. As described in the provided reference, this calculation is designed to be simple and direct, relying on readily available or derived values.
The Core Calculation Method
Based directly on the reference, the method involves a simple multiplication:
Effective Solubility = Derived Mole Fraction × Pure Phase Solubility
Let's break down the components of this formula:
- Derived Mole Fraction: This is a value specific to the context in which effective solubility is being assessed. The reference indicates it is a 'derived' value used in the calculation.
- Pure Phase Solubility: This represents the intrinsic solubility of the compound itself. According to the reference, this crucial value is obtained from standard literature chemical databases. These databases are reliable sources for the physical and chemical properties of compounds.
Steps to Calculate Effective Solubility
To calculate effective solubility following the method described:
- Determine or obtain the specific derived mole fraction relevant to your calculation context.
- Find the compound's pure phase solubility. This should be sourced from standard literature chemical databases.
- Multiply the derived mole fraction (from step 1) by the pure phase solubility (from step 2).
- The result of this multiplication is the compound's effective solubility.
This calculation provides a practical way to estimate the solubility of a compound under specific conditions, leveraging its fundamental solubility property found in databases and a derived contextual factor.
