2. Direction of change in an electrochemical equilibrium –: Practical implications

The electrochemical equilibrium of a system is likely to be disrupted when two conditions are met simultaneously:

Its design allows it to move in either of the following two conventional directions:
- reduction of O ₂ according to:
  $Ox + n e^{-} \to Red$
- Red's oxidation according to:
  $Red \to Ox + n e^{-}$

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Direction of change in an electrochemical equilibrium –: Practical implications

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Bibliography

(1) - WHIFFEN (D.H.) - Manual of Symbols and Terminology for Physicochemical Quantities and Units. - Pergamon (1979).
(2) - CHARLOT (G.) - Analyse Qualitative et les réactions en solution. - Masson, Paris (1963).

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