The molar conductivity of $0.04\text{M}$ solution of $MgC{l}_2$ is $200Sc{m}^{2}mo{l}^{-1}$ at $298\text{K}$. A cell with electrodes that are $2.0{\text{cm}}^2$ in surface area and $0.50\text{cm}$ apart is filled with $MgC{l}_2$ solution.
Specific conductance of $MgC{l}_2$ solution is:
[1 Mark]

Q. The molar conductivity of $0.04\text{M}$ solution of $MgC{l}_2$​ is $200{\text{S cm}}^3{\text{mol}}^{-1}$ at $298\text{K}$. A cell with electrodes that are $2.0{\text{cm}}^2$ in surface area and $0.50\text{cm}$ apart is filled with $MgC{l}_2$​ solution. How much current will flow when the potential difference between the two electrodes is $5.0\text{V}$?

Q. The molar conductance of 0.05 M solution of $MgC{l}_2$ is $194.5{\Omega }^{-1}c{m}^{2}mo{l}^{-1}$ at ${25}^{\circ }C,$ A cell with electrods having $1.50c{m}^2$ surface area and 0.50 cm apart is filled with 0.05 M solution $mgC{l}_2$. How much current will flow when the potential difference between the electrodes is 5.0 V ?

Q. The eqivalent conductance of 0.10 N solution of $MgC{l}_2$ is $97.1mhoc{m}^{2}e{q}^{-1}$. A cell with electrodes that are $1.50c{m}^2$ in surface area and 0.50 cm apart is filled with $0.1N$ $MgC{l}_2$ solution. The current (in amp) that will flow when the potential difference between the electrodes is 5 volts is $145\times {10}^{-x}$, then what is the value of x?

Q. The equivalent conductance of $0.1\text{N}$ solution of $MgC{l}_2$ is $25{\Omega }^{-1}{\text{cm}}^2{\text{eq}}^{-1}$ at $25{}^{\circ }\text{C}$. A cell with electrodes that are $2{\text{cm}}^2$ in surface area and $0.5\text{cm}$ apart is filled with $0.1\text{N}MgC{l}_2$ solution. How much current $\text{(in A)}$ will flow when the potential difference between the electrodes is $5$ Volts?

Q. The resistance of a $0.02N$ solution of an electrolyte $MgC{l}_2$ was found to be $210ohm$ at $298K$ using a conductivity cell with a cell constant of $0.88c{m}^{-1}$. Calculate the equivalent conductivity of the solution.