At `25^(@)C, DeltaH_(f)(H_(2)O,l) =- 56700 J//mol` and energy of ionization of `H_(2)O(l) = 19050J//mol`. What will be the reversible `EMF` at `25^(@)C` of the cell,
`Pt|H_(2)(g) (1atm) |H^(+) || OH^(-) |O_(2)(g) (1atm)|Pt`, if at `26^(@)C` the emf increase by `0.001158V`.

For the cell Pt||H_2(0.4atm)|H^+(pH=1)||(H^+(pH=2)|H_2(0.1atm)|Pt The measured potential at 25^(@)C is

At 25^(@)C , the free energy of formation of H_(2)O(l) is -56,700 Cal mol^(-1) . The free energy of ionization of water to H^(o+) and overset(c-)(O)H is 19050 cal mol^(-1) . What is the reversible EMF of the following cell at 25^(@)C: H_(2)(g)(1 atm)|H^(o+)||overset(c-)(O)H,O_(2)(g),1atm

At 25^(@)C , the free energy of formation of H_(2)O(l) is -56,700 Cal mol^(-1) . The free energy of ionization of water to H^(o+) and overset(c-)(O)H is 19050 cal mol^(-1) . What is the reversible EMF of the following cell at 25^(@)C: H_(2)(g)(1 atm)|H^(o+)||overset(c-)(O)H,O_(2)(g),1atm

At 25^(@)C , the free energy of formation of H_(2)O(l) is -56,700 Cal mol^(-1) . The free energy of ionization of water to H^(o+) and overset(c-)(O)H is 19050 cal mol^(-1) . What is the reversible EMF of the following cell at 25^(@)C: H_(2)(g)(1 atm)|H^(o+)||overset(c-)(O)H,O_(2)(g),1atm

Consider the cell : Pt|H_(2)(p_(1)atm)|H^(o+)(x_(1)M) || H^(o+)(x_(2)M)|H_(2)(p_(2)atm)Pt . The cell reaction be spontaneous if

Consider the cell : Pt|H_(2)(p_(1)atm)|H^(o+)(x_(1)M) || H^(o+)(x_(2)M)|H_(2)(p_(2)atm)Pt . The cell reaction be spontaneous if

Calculate emf of the cell Zn_((s))|Zn^(2o+) (0.2M)|Ho+ (1.6M)H_2(g.1.8atm)|Pt^(a)t 25^@C .

Calculate, emf of the cell at 25^@C Zn(s)|Zn^(2o+)(0.2M)|| H^(o+)(1.6M)|H_2(g, 1.8 atm)|Pt