Oxidation and Reduction in Organic Chemistry From the Standpoint of Potential Differences is a focused study of how potential differences govern reactions in the hydroquinone–quinone system, offering clear insight into the electrochemical view of organic chemistry.
The work presents experimental results on solubility, dissociation constants, and how acidity affects stability, all tied to fundamental theories.
This edition explains how researchers verified the van’t Hoff equation in a purely organic context and what that means for comparing organic non-electrolytes with inorganic electrolytes. It also describes the practical methods used to measure potentials, including the setup of calomel cells and careful control of temperature and gas environment, to extract meaningful data from complex equilibria.
What you’ll experience
- A detailed look at solubility behavior of hydroquinone, quinone, and quinhydrone, and how saturation changes dissociation.
- How the electrochemical framework ties to real-world measurements and the meaning of “normal potential.”
- Step-by-step descriptions of the experimental apparatus and procedures used to obtain reliable potential data.
- Discussion of how acidity (different H+ levels) influences the system and its potentials, with implications for theoretical chemistry.
Ideal for readers of physical chemistry and graduate-level organic electrochemistry, who want to understand how theory meets experimental practice in oxidation–reduction chemistry.