The standard electrode potential for the SHE is zero, by definition.
2.
Therefore, standard electrode potential is commonly written as standard reduction potential.
3.
Standard electrode potentials are usually tabulated as reduction potentials.
4.
The sulfate radical formed in situ has a standard electrode potential of 2.7 V.
5.
As the standard electrode potential is more negative the aqua ion is more difficult to reduce.
6.
The standard electrode potential for the Fl 2 + / Fl couple is predicted to be " 0.9 V.
7.
Modern industrial scale production involves the electrochemical oxidation of iodates, on a PbO 2 anode, with the following standard electrode potential:
8.
If the second electrode is also at standard conditions, then the measured cell potential is called the standard electrode potential for the electrode.
9.
A standard cell potential can be determined by looking up the standard electrode potentials for both electrodes ( sometimes called half cell potentials ).
10.
Using standard electrode potentials in this way must be done with caution as factors such as complex formation and solvation may affect the reaction.
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