The standard reduction potentials tells you how easy or hard it is to reduce the element in question.
The standard potential for an oxidation-reduction reaction is an intensive property, meaning it does not depend on the amount of substance involved in the reaction. Multiplying the standard potential by coefficients would imply a dependence on stoichiometry, which is not the case for standard potentials. It is a measure of the driving force of the reaction per electron transfer, regardless of the stoichiometry.
-0.76
-1.68
The symbol used to represent the standard reduction potential of an oxidation reaction in a half cell is EĀ°.
The standard reduction potentials tells you how easy or hard it is to reduce the element in question.
the negative value for a standard potential indicates that the reaction is not spontaneous.
The standard reduction potential E for the half-reaction Mg2+ + 2e- -> Mg is -2.37 V. This indicates the tendency of Mg^2+ ions to gain electrons and form Mg in a reduction reaction.
-1.68 V
The standard potential for an oxidation-reduction reaction is an intensive property, meaning it does not depend on the amount of substance involved in the reaction. Multiplying the standard potential by coefficients would imply a dependence on stoichiometry, which is not the case for standard potentials. It is a measure of the driving force of the reaction per electron transfer, regardless of the stoichiometry.
-0.76
-2.37 V (apex) Chace
-1.68
-2.37 v
The standard electrode potential of nitrate (NO3-) is +0.96 V. This value is for the reduction half-reaction of nitrate to nitrite under standard conditions.
-0.76
-0.76