For a strong electrolyte, equivalent conductance increases slowly with dilution and can be expressed by the relationship: Lambda m = Lambda° m -A √c Which electrolyte(s) have same value of A ?

Question

For a strong electrolyte, equivalent conductance increases slowly with dilution and can be expressed by the relationship: Lambda m = Lambda° m -A √c Which electrolyte(s) have same value of A ? (A) NaCl (B) CaCl 2 (C) ZnCI 2 (D) MgSO 4

Tardigrade Admin · Accepted Answer

"A" depends on the type (magnitude of charge on cation and anion) of electrolyte for a given temperature of solvent <img class="img-fluid question-image" alt="image" src="https://cdn.tardigrade.in/img/question/chemistry/4406e594c54094c713d28b97dd145ccd-.png" />

Q. For a strong electrolyte, equivalent conductance increases slowly with dilution and can be expressed by the relationship: $Λ_{m} = Λ^{\circ}_{m} - A c$
Which electrolyte(s) have same value of $A$ ?

$N a Cl$

$C a C l_{2}$

$Z n C I_{2}$

$M g S O_{4}$

"A" depends on the type (magnitude of charge on cation and anion) of electrolyte for a given temperature of solvent

Q. For a strong electrolyte, equivalent conductance increases slowly with dilution and can be expressed by the relationship: Λm​=Λ∘m​−Ac​ Which electrolyte(s) have same value of A ?

NaCl

CaCl2​

ZnCI2​