At what [Br−1]√[CO23 −] does the following cell have its reactio

1.	At what [Br−1]√[CO23 −] does the following cell have its reaction at equilibrium? Ag(s)\|Ag2CO3(s)\|Na2CO3(aq)\|\|KBr(aq)\|AgBr(s)\|Ag(s) Ksp = 8×10−12 for Ag2CO3 and Ksp=4×10−13 for AgBr
Answer» At what $\frac{[B r^{- 1}]}{\sqrt{[C O_{3}^{2}^{-}]}}$ does the following cell have its reaction at equilibrium? $A g (s) \| A g_{2} C O_{3} (s) \| N a_{2} C O_{3} (a q) \| \| K B r (a q) \| A g B r (s) \| A g (s)$ $K_{s p}$ = $8 \times 10^{- 12} f o r A g_{2} C O_{3} a n d K_{s p} = 4 \times 10^{- 13} f o r A g B r$

At what [Br−1]√[CO23 −] does the following cell have its reaction at equilibrium? Ag(s)|Ag2CO3(s)|Na2CO3(aq)||KBr(aq)|AgBr(s)|Ag(s) Ksp = 8×10−12 for Ag2CO3 and Ksp=4×10−13 for AgBr

Answer»

At what $\frac{[B r^{- 1}]}{\sqrt{[C O_{3}^{2}^{-}]}}$ does the following cell have its reaction at equilibrium?

$A g (s) | A g_{2} C O_{3} (s) | N a_{2} C O_{3} (a q) | | K B r (a q) | A g B r (s) | A g (s)$

$K_{s p}$ = $8 \times 10^{- 12} f o r A g_{2} C O_{3} a n d K_{s p} = 4 \times 10^{- 13} f o r A g B r$