The distribution coefficient, log D, is a measure of how much of a compound is present in each of two phases. These two phases are often aqueous, but not always. The log D value depends on the pH of the aqueous phase, as it relates to the ratio of the sum of the concentrations of all forms of the compound (ionized plus un-ionized) in each phase. However, for non-ionizable compounds, the log D value is equivalent to the log P value at any pH. To measure a compound's distribution coefficient, the pH of the aqueous phase is buffered to maintain a steady pH value despite the introduction of the compound. Each log D value is then calculated as the logarithm of a ratio, which represents the sum of the experimentally measured concentrations of the solute's various forms in one solvent divided by the sum of such concentrations of its forms in the other solvent.Provide the distribution coefficient for this molecule.