Solubility of a sparingly soluble salt S , specific conductance K , and the equivalent conductance `Lambda_(0)` are related asA. `S = (1000 Lambda_(0))/(K)`B. `S = K Lambda_(0)`C. `S = (K)/(1000 Lambda_(0))`D. `S = (1000 K )/(Lambda_(0))`

Solubility of a sparingly soluble salt S , specific conductance K , an

1.	Solubility of a sparingly soluble salt S , specific conductance K , and the equivalent conductance `Lambda_(0)` are related asA. `S = (1000 Lambda_(0))/(K)`B. `S = K Lambda_(0)`C. `S = (K)/(1000 Lambda_(0))`D. `S = (1000 K )/(Lambda_(0))`
Answer» Correct Answer - D `Lambda = (k xx 1000)/("Molarity")` . For a sparingly soluble salt , `Lambda = Lambda_(0)` and Molarity = Solubility (S) . Hence `S = (k xx 1000)/(Lambda_(0))`

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Solubility of a sparingly soluble salt S , specific conductance K , and the equivalent conductance `Lambda_(0)` are related asA. `S = (1000 Lambda_(0))/(K)`B. `S = K Lambda_(0)`C. `S = (K)/(1000 Lambda_(0))`D. `S = (1000 K )/(Lambda_(0))`

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