For the cell (at 1bar `H_(2)` pressure) Pt|`H_(2)`(g) HX(m_(1), NaX(m_(2), NaCl(m_(3)|AgCl|Ag|Pt is found that the value of `E-E^(@) + RTF^(-1)` in `[(m_(HX).mCl^(-))/(m_(X^(-)))]` approaches 0.2814 in the limit of zero concentration. Calcualte `K_(a)` for the acid HX at `25^(@)C` expressing your answer as `10^(7)`K_(a)`

For the cell (at 1bar H_(2) pressure) Pt | H_(2) (g)| HX(m_(1)) , NaX(m_(2)) , NaCl(m_(3)) | AgCl | Ag | Pt , it is found that the value of E-E^(@) + RTF^(-1) ln [(m_(HX).m_(Cl^(-)))/(m_(X^(-)))] approaches 0.2814 in the limit of zero concentration. Calcualte K_(a) for the acid HX at 25^(@)C expressing your answer as 10^(-7) K_(a)

Pt|H_(2)(1 atm )|H^(+)(0.001M)||H^(+)(0.1M)|H_(2)(1atm)|Pt what will be the value of E_(cell) for this cell

The EMF of the following cellis 1.05V at 25^(@)C: Pt,H_(2)(g)(1.0 atm)|NaOH(0.1m),NaCl(0.1M)|AgCl(s),Ag(s) Write the cell reaction.

Calcualte the EMF of the cell at 298K Pt|H_(2)(1atm) | NaOH(xM), NaCl(xM) | AgCl(s) | Ag E_(Cl^(-)|AgCl|Ag)^(@) = +0.222V

The EMF of the following cellis 1.05V at 25^(@)C: Pt,H_(2)(g)(1.0 atm)|NaOH(0.1m),NaCl(0.1M)|AgCl(s),Ag(s) a. Write the cell reaction, b. Calculate pK_(w) of water.

The EMF of the following cellis 1.05V at 25^(@)C: Pt,H_(2)(g)(1.0 atm)|NaOH(0.1m),NaCl(0.1M)|AgCl(s),Ag(s) a. Write the cell reaction, b. Calculate pK_(w) of water.

The EMF of the following cellis 1.05V at 25^(@)C: Pt,H_(2)(g)(1.0 atm)|NaOH(0.1m),NaCl(0.1M)|AgCl(s),Ag(s) a. Write the cell reaction, b. Calculate pK_(w) of water.

The obseved emf of the cell Pt//H_(2)(g, 1" atm")| H^(+)(3xx10^(-4) M)"||" H^(+)(M_(1)) //H_(2)(g, 1 " atm")//Pt at 298 K is 0.154 V. Calculate the value of M_(1) .

The observed emf of the cell, Pt|H_(2) ("1 atm")|H^(+)(3xx10^(-4) M)||H^(+) (M_(1))|H_(2) ("1 atm")|Pt is 0.154 V. Calculate the value of M_(1) and pH of cathodic solution.