Ecell for the given redox reaction is `2.71 V Mg(s) + Cu^(2+)(0,01M) to Mg^(2+) (0,001 M) + Cu(s)`.
Write the direction of flow of current when external potential applied is greater than 2.71 V.

E_(cell)^(@) for the given redox reaction is 2.71 V Mg_((s))+Cu_((0.01 M))^(2+)toMg_((0.001 M))^(2+)+Cu_((s)) Calculate E_(cell) for the reaction. Write the direction of flow of current when an external opposite potential applied is (i) less than 2.71 V and (ii) greater than 2.71 V.

Calculate E_(cell)^(@) for the following reaction at 298 K. 2Al_((s)) + 3Cu^(2+)(0.01M) rightarrow (0.01M) + 3Cu_((s)) Given : E_(cell) = 1.98V |

Represent the cell for the reaction Mg_(s)+Cu_(aq)^(+2)rarrMg_(aq)^(+2)+Cu_(s)

For the galvanic cell, Zn(s) + Cu^(2+) (0.02M) to Zn^(2+) (0.04 M) + Cu(s) , E_cell = ______________ xx 10^(-2) V. (Nearest integer)

Calculate Delta_(r)G^(@) for the reaction : Mg(s)+Cu^(2+)(aq) to Mg^(2+)(aq)+Cu(s) [Given E_(cell)^(@)=+2.71" V ", 1F=96500" C " ]