![Specific conductance of pure water at `25^(@)C` is `0.58 xx 10^(-7)` mho `cm^(-1)`. Calculate - YouTube Specific conductance of pure water at `25^(@)C` is `0.58 xx 10^(-7)` mho `cm^(-1)`. Calculate - YouTube](https://i.ytimg.com/vi/7hANeUHDu6k/maxresdefault.jpg)
Specific conductance of pure water at `25^(@)C` is `0.58 xx 10^(-7)` mho `cm^(-1)`. Calculate - YouTube
![The conductivity of pure water in a conductivity cell with electrodes of cross-sectional area `4cm^( - YouTube The conductivity of pure water in a conductivity cell with electrodes of cross-sectional area `4cm^( - YouTube](https://i.ytimg.com/vi/LfAiFKAKFII/maxresdefault.jpg)
The conductivity of pure water in a conductivity cell with electrodes of cross-sectional area `4cm^( - YouTube
![If conductivity of water used to make saturated of AgCl is found to be `3.1xx10^(-5)Omega^(-1)` ` - YouTube If conductivity of water used to make saturated of AgCl is found to be `3.1xx10^(-5)Omega^(-1)` ` - YouTube](https://i.ytimg.com/vi/Z1Sx1cQ_rec/maxresdefault.jpg)
If conductivity of water used to make saturated of AgCl is found to be `3.1xx10^(-5)Omega^(-1)` ` - YouTube
The conductivity of water at 298K is 0.55 × 10^ 7 S cm^ 1. if λ m(H^+)=350 S cm^2 mol^ 1 and λ(OH^ )=200 S cm^2, the degree of dissociation of water will b
At certain temperature the conductivity of pure water is 6.61/100000000ohm cm the ionic conductance of H+ and OH ions at this temperature are 350 and 200ohm 1 cm2 mol 1 respectively the
![At 298 K, the conductivity of pure water is 5.51 times 10^{-8} mho cm^{-1}. The ionic conductances of H^+ and OH^- this temperature are 394.8 and 198.5 S, cm^2, eq^{-1} respectively, Calculate At 298 K, the conductivity of pure water is 5.51 times 10^{-8} mho cm^{-1}. The ionic conductances of H^+ and OH^- this temperature are 394.8 and 198.5 S, cm^2, eq^{-1} respectively, Calculate](https://haygot.s3.amazonaws.com/questions/1766353_1744562_ans_dbaa731a70714405a711a2ef2a1b2022.jpg)