If `/_\G^(@)` for the half cell `MnO_4^(-)"|"MnO_2` in an acid solution is -xF then find the value of x.(Given:`E_(MnO_4^(-)"|"Mn^(2+))^(@)=1.5V,E_(MnO_2"|"Mn^(2+))^(@)=1.25V`)
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If DeltaG^(@) for the half cell MnO_(4)^(-) | MnO_(2) in an acid solution is xF then find the value of x. (Given: E_(MnO_(4)^(-) | Mn^(2+))^(@) = 0.34 V, E_(Sn^(4+)|Sn^(2+))^(@) = 0.15 V )
Find the standard electrode potential of MnO_(4)^(c-)|MnO_(2). The standard electrode potential of MnO_(4)^(c-)|Mn^(2+)=1.51V and MnO_(2)|MnO_(2)|Mn^(2+)=1.23V .
If electrode potential of following cell: Pt_(s)|Fe_(aq)^(2+),Fe_(aq)^(3+)||MnO_(4(aq))^(-),Mn_(aq)^(2+),H_(aq)^(+)|Pt_(s) is X then calculate value of 20X. [Given: E_(MnO_(4)^(-)|Mn^(2+) = 1.51 V, E_(Fe^(3+)|Fe^(2+))^(@) = 0.78 V, (2.303 RT)/F = 0.06]
The oxidation number of Mn in MnO_(4)^(-1) is
Calcualte DeltaG^(@) for Mn^(+2) + MnO_(2) overset(H^(+))to 2Mn^(+3) + H_(2)O Given: E_(Mn^(+3)//Mn^(+2))^(@) = 1.51V , V, E_(MnO_(2)//Mn^(+3))^(@) = 0.95 V.