Calomal electrode is a

The cell Pt|H_(2)(g) (1atm)|H^(+), pH = x || Normal calomal electrode has EMF of 0.64 volt at 25^(@)C . The standard reduction potential of normal calomal electrode is 0.28V . What is the pH of solution in anodic compartment. Take (2.303RT)/(F) = 0.06 at 298K .

The cell Pt|H_(2)(g) (1atm)|H^(+), pH = x || Normal calomal electrode has EMF of 0.64 volt at 25^(@)C . The standard reduction potential of normal calomal electrode is 0.28V . What is the pH of solution in anodic compartment. Take (2.303RT)/(F) = 0.06 at 298K .

The cell Pt|H_(2)(g) (1atm)|H^(+), pH = x || Normal calomal electrode has EMF of 0.64 volt at 25^(@)C . The standard reduction potential of normal calomal electrode is 0.28V . What is the pH of solution in anodic compartment. Take (2.303RT)/(F) = 0.06 at 298K .

The e.m.f. of cell: H_(2)(g) |Buffer| Normal calomal electrode is 0.6885V at 40^(@)C when the barometric pressure is 725mm of Hg. What is the pH of the solution E_("calomal")^(@) = 0.28 .

The e.m.f. of cell: H_(2)(g) |Buffer| Normal calomal electrode is 0.6885V at 40^(@)C when the barometric pressure is 725mm of Hg. What is the pH of the solution E_("calomal")^(@) = 0.28 .

The e.m.f. of cell: H_(2)(g) |Buffer| Normal calomal electrode is 0.6885V at 40^(@)C when the barometric pressure is 725mm of Hg. What is the pH of the solution E_("calomal")^(@) = 0.28 .

Standard electrode potential of an electrode is :

The electrode potential of an electrode is