By diluting a weak electrolyte , specific conductivity ( mathrmK mathrmc) and equivalent conductivity (λc) change as-

Question

By diluting a weak electrolyte , specific conductivity ( mathrmK mathrmc) and equivalent conductivity (λc) change as- (A) Both increase (B)  textK textc increases, λ c decreases (C)  textK textc decreases, λ c increases (D) Both decrease

Tardigrade Admin · Accepted Answer

When the solution of a weak electrolyte is diluted, the volume of the solution increases, hence equivalent conductivity (λc) increases. However, during this process, the number of current carrying particles per c m2 decreases, hence specific conductivity (K)c decreases.

Q. By diluting a weak electrolyte , specific conductivity $(K_{c})$ and equivalent conductivity $(λ_{c})$ change as-

Both increase

$K_{c}$ increases, $λ_{c}$ decreases

$K_{c}$ decreases, $λ_{c}$ increases

Both decrease

When the solution of a weak electrolyte is diluted, the volume of the solution increases, hence equivalent conductivity $(λ_{c})$ increases. However, during this process, the number of current carrying particles per $c m^{2}$ decreases, hence specific conductivity $(K)_{c}$ decreases.

Q. By diluting a weak electrolyte , specific conductivity (Kc​) and equivalent conductivity (λc​) change as-

Both increase

Kc​ increases, λc​ decreases

Kc​ decreases, λc​ increases

Both decrease

When the solution of a weak electrolyte is diluted, the volume of the solution increases, hence equivalent conductivity (λc​) increases. However, during this process, the number of current carrying particles per cm2 decreases, hence specific conductivity (K)c​ decreases.

Q. By diluting a weak electrolyte , specific conductivity $(K_{c})$ and equivalent conductivity $(λ_{c})$ change as-

$K_{c}$ increases, $λ_{c}$ decreases

$K_{c}$ decreases, $λ_{c}$ increases

When the solution of a weak electrolyte is diluted, the volume of the solution increases, hence equivalent conductivity $(λ_{c})$ increases. However, during this process, the number of current carrying particles per $c m^{2}$ decreases, hence specific conductivity $(K)_{c}$ decreases.