A dilute solution of KCl was placed between two Pt electrodes 10cm apart across which a potential difference of 10 volt was applied. Which is /are correct statement (Given: molar conductivity of K^+at infinite dilution is 96.5 Scm^2mol^(-1))

A dilute solution of KCl was placed between two Pt electrodes 10cm apa

1.	A dilute solution of KCl was placed between two Pt electrodes 10cm apart across which a potential difference of 10 volt was applied. Which is /are correct statement (Given: molar conductivity of K^+at infinite dilution is 96.5 Scm^2mol^(-1))
Answer» Ionic MOBILITY of `K^+` is `10^(-3)CM^2sec^(-1)"VOLT"^(-1)` The speed of `K^+` is `10^(-3)` cm `sec^(-1)` DISTANCE travelled by `K^+` in `5xx10^3` sec is 5cm The potential gradient is 1.0 volt `cm^(-1)` Answer :A::B::C::D