ChemistryEasy86×since 2002Q933The equivalent conductance of NaCl at concentration C and at infinite dilution are λC{\lambda _C}λC and λ∞{\lambda _\infty }λ∞, respectively. The correct relationship between λC{\lambda _C}λC and λ∞{\lambda _\infty }λ∞ is given as: (where the constant B is positive)AλC=λ∞+(B)C{\lambda _C} = {\lambda _\infty } + (B)CλC=λ∞+(B)CBλC=λ∞−(B)C{\lambda _C} = {\lambda _\infty } - (B)CλC=λ∞−(B)CCλC=λ∞−(B)C{\lambda _C} = {\lambda _\infty } - (B)\sqrt CλC=λ∞−(B)CDλC=λ∞+(B)C{\lambda _C} = {\lambda _\infty } + (B)\sqrt CλC=λ∞+(B)CCheck answerSkip