The ionization constant `(K_(a))` of a weak electrolyte is `2.5xx10^(-7)`, while `wedge_(eq)` of its `0.01M` solution is `19.65S cm^(2) eq^(-1)wedge^(@)._(eq)` is `……………….` .

The ionization constant of a weak electrolyte is 2.5 xx 10^(-5) , while of the equivalent conductance of its 0.01 M solution is 19.6 s cm^(2) eq^(-1) . The equivalent conductance of the electrolyte at infinite dilution is :

The dissociation constant of a weak electrolyte is 4.9 xx 10^-5 . The degree of dissociation of 0.01 M solution is

The ionization constant of a weak electrolyte is 25 xx 10^(-6) while the equivalent conductance of its 0.01 M solution is 19.6 s cm^(2) eq^(-1) . The equivalent conductance of the electrolyte at infinite dilution (in S cm^(2)eq^(-1) ) will be

The ionization constant of a weak electrolyte is 25 xx 10^(-6) while the equivalent conductance of its 0.01 M solution is 19.6 s cm^(2) eq^(-1) . The equivalent conductance of the electrolyte at infinite dilution (in S cm^(2)eq^(-1) ) will be

The ionization constant of a weak electrolyte is 2.5 xx 10^(-5) , while of the equivalent conductance of its 0.1 M solution is 19.6 s cm^(2) eq^(-1) . The equivalent conductance of the electrolyte at infinite dilution is :

The ionization constant of a weak electrolyte is 2.5 xx 10^(-5) , while of the equivalent conductance of its 0.1 M solution is 19.6 s cm^(2) eq^(-1) . The equivalent conductance of the electrolyte at infinite dilution is :

The ioisation constant of a weak electroluytes is 25 xx 10^(-6) and the equivalent conductance of its 0.01M solution is 19.6 S cm^2 eq^(-1) . The equivalent conductance at infinited dilution of the electrolyte is S cm^2 sq^(-1) . is .