A) by decreasing\[[C{{u}^{2+}}]\]
B) by increasing\[[C{{u}^{2+}}]\]
C) by increasing\[[T{{i}^{+}}]\]
D) none
Correct Answer: B
Solution :
\[{{E}_{cell}}=E_{cell}^{o}+\frac{0.0592}{n}\log \frac{[C{{u}^{2+}}]}{{{[T{{i}^{+}}]}^{2}}}\] \[n=2\] \[\therefore \]According to above eq.\[{{E}_{cell}}\]can be increased by increasing\[[C{{u}^{2+}}]\]
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