The table below shows a few reduction potentials that could easily be changed to oxidation potential by simply reversing the sign.
42.
In the following table, redox potentials are quoted as reduction potentials measured in comparison to the saturated calomel electrode ( SCE ).
43.
This new type of reduction potential is used in some textbooks and not others, and is not always notated on the graph.
44.
This convention has been historically ( sometimes still is ) used to express anodic oxidation potentials or cathodic reduction potentials of half-cells.
45.
It occurs when photo-exciting a dye molecule with appropriate oxidation / reduction potential adsorbed at the surface or incorporated in the bulk.
46.
These two critical residues ensure that iron has an appropriate Fe ( III ) / Fe ( II ) reduction potential for catalysis.
47.
To tell which is the strongest reducing agent, one can change the sign of its respective reduction potential to make it oxidation potential.
48.
The reduction potentials expressed according to ( 1 ) have the same sign as those expressed according to the convention ( 2 ).
49.
The cell potential is then calculated as the sum of the reduction potential for the cathode and the oxidation potential for the anode.
50.
Th 3 + compounds are uncommon due to the large negative reduction potential of the Th 4 + / Th 3 + couple.
