The equivalent conductance of `0.10 N` solution of `MgCI_(2)` is 97.1 mho `cm^(2) eq^(-1)`. A cell electrodes that are `1.50 cm^(2)` in surface are and `0.50` cm apart is filled with `0.1N MgCI_(2)` solution. How much current will flow when the potential difference between the electrodes is 5 volts?

The molar conductivity of 0.04 M solution of MgCl_2 is 200 Scm^2mol^(-1) at 298 k. A cell with electrodes that are 2.0 cm^2 in surface area and 0.50cm apart is filled with MgCl_2 solution How much current will flow when the potential difference between the two electrodes is 5.0V?

The molar conductivity of 0.04 M solution of MgCl_2 is 200 Scm^3mol^(-1) at 298 k. A cell with electrodes that are 2.0 cm^2 in surface area and 0.50cm apart is filled with MgCl_2 solution How much current will flow when the potential difference between the two electrodes is 5.0V?

The molar conductance of 0.05 M solution of MgCl_(2) is 194.5 Omega^(-1) cm^(2) mol^(-1) at 25^(@)C . A cell with electrodes having 1.50 cm^(2) surface area and 0.50 cm apart is filled with 0.05 M solution of MgCl_2 . How much current will flow when the potential difference between the electrodes is 5.0V?

molar conductivity (bidwedge_m) is defined as conducting power of the ions producedd by 1 mole of an electrolyte in a solution. bidwedge_m=K/C Where k is conductivity (Scm^2mol^(-1)) and C is molar concentration (in mol//cm^3) The molar conductivity of 0.04 M solution of MgCl_2 is 200 Scm^3mol^(-1) at 298 k. A cell with electrodes that are 2.0 cm^2 in surface area and 0.50cm apart is filled with MgCl_2 solution How much current will flow when the potential difference between the two electrodes is 5.0V?

The molar conductivity of 0.04 M solution of MgCl_2 is 200 Scm^2mol^(-1) at 298 k. A cell with electrodes that are 2.0 cm^2 in surface area and 0.50cm apart is filled with MgCl_2 solution. Conductance of MgCl_2 solution is :

The molar conductivity of 0.04 M solution of MgCl_2 is 200 Scm^2mol^(-1) at 298 k. A cell with electrodes that are 2.0 cm^2 in surface area and 0.50cm apart is filled with MgCl_2 solution. Conductance of MgCl_2 solution is :

wedge _(eq) of 0.10N solution of CaI_(2) is 100.0 Scm^(2)eq^(-1) at 298 K.G^(**) of the cell =0.25 cm^(-1) . How much current will flow potential difference between the electrode is 5V ?

wedge _(eq) of 0.10N solution of CaI_(2) is 100.0 Scm^(2)eq^(-1) at 298 K.G^(**) of the cell =0.25 cm^(-1) . How much current will flow potential difference between the electrode is 5V ?