The distribution coefficient of a compound, denoted as log D, is expressed as the ratio of the total concentrations of all forms of the compound, including the ionized and un-ionized forms, in each of the two phases, typically one being aqueous. Notably, the value of log D is known to be influenced by the pH level of the aqueous phase; however, for non-ionizable compounds, log D equates to log P regardless of the pH level. When measuring the distribution coefficient values, the pH of the aqueous phase is adjusted to a specific value to sustain the pH level of the compound. Subsequently, each log D value is computed, which is derived by calculating the logarithm of the concentration ratio of the solute's multiple forms in one solvent to the sum of such concentrations of its forms in the other solvent.Can you provide information on the distribution coefficient of this molecule?