For the electrochemical cell, Mg(s)|Mg2+(aq.1 M)||Cu2+(aq.1 M)|Cu(s) the standard emf of the cell is 2.70 V at 300 K. When the concentration of Mg2+ is changed to x M, The cell potential change to 2.67 V at 300 K. The value of x is _________(given, F/R=11500KV−1, Where F is the Faraday constant and R is the gas constant, ln(10)=2.30)

For the electrochemical cell, Mg(s)|Mg2+(aq.1 M)||Cu2+(aq.1 M)|Cu(s) t

1.	For the electrochemical cell, Mg(s)\|Mg2+(aq.1 M)\|\|Cu2+(aq.1 M)\|Cu(s) the standard emf of the cell is 2.70 V at 300 K. When the concentration of Mg2+ is changed to x M, The cell potential change to 2.67 V at 300 K. The value of x is _________(given, F/R=11500KV−1, Where F is the Faraday constant and R is the gas constant, ln(10)=2.30)
Answer» For the electrochemical cell, $M g (s) \| M g^{2 +} (aq.1 M) \| \| C u^{2 +} (aq.1 M) \| C u (s)$ the standard emf of the cell is $2.70 V$ at $300 K$ . When the concentration of $M g^{2 +}$ is changed to $x M$ , The cell potential change to $2.67 V$ at $300 K$ . The value of $x$ is _________ (given, $F / R = 11500 {KV}^{- 1}$ , Where $F$ is the Faraday constant and $R$ is the gas constant, $ln (10) = 2.30)$