Met (aq)+N(s) - N+ (aq) + M(s)' The standard reduction potentials are: M+ (aq) + ae M(s) e =0.400 V N2+ (ag) + 2 e N(s) e = 0.240 V The cell contains 0.14 MN and produces a voltage of 0.180 V. If the concentration of M+ is such that the value of the reaction quotient Q is 9.32 x 103, calculate [M+]. [M**]-[ M Calculate wmax for this electrochemical cell. Wmax= kJ

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Me+ (aq) + N(s)→ N²+ (aq) +
M(s)*
The standard reduction potentials are:
Me+ (aq) + ae¯ → M(s)
e= 0.400 V
N2+ (ag) + 2 e N(s) e = 0.240 V
The cell contains 0.14 MN* and produces a voltage of 0.180 V. If the concentration of Mª+ is such that the value of the reaction quotient Q is 9.32 × 10-3, calculate [M+].
[M*] -[
M
Calculate wmax for this electrochemical cell.
Wmax
kJ
Transcribed Image Text:Me+ (aq) + N(s)→ N²+ (aq) + M(s)* The standard reduction potentials are: Me+ (aq) + ae¯ → M(s) e= 0.400 V N2+ (ag) + 2 e N(s) e = 0.240 V The cell contains 0.14 MN* and produces a voltage of 0.180 V. If the concentration of Mª+ is such that the value of the reaction quotient Q is 9.32 × 10-3, calculate [M+]. [M*] -[ M Calculate wmax for this electrochemical cell. Wmax kJ
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