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The molar solubility $(in m o l L^{- 1})$ of a sparingly soluble salt MX_{4 i}s s. The corresponding solubility product is $K_{sp}$ The solubility s is given in terms of $K_{sp}$ by the relation

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s = {(K_{sp} / 128)}^{1 / 4}

s = {(128 K_{sp})}^{1 / 4}

s = {(256 K_{sp})}^{1 / 5}

s = {(K_{sp} / 256)}^{1 / 5}

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detailed solution

Correct option is D

We have ${MX}_{4} ⇌ M^{4 +} + 4 X^{-} s 4 s$

$K_{sp} = [M^{4 +}] {[X^{-}]}^{4} = (s) (4 s)^{4} = 256 s^{5}; Hence s = {(K_{sp} / 256)}^{1 / 5}$

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The molar solubility in molL−1 of a sparingly soluble salt MX4 is s. The corresponding solubility product is Ksp The solubility s is given in terms of Ksp by the relation

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Ready to Test Your Skills?

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The molar solubility $(in m o l L^{- 1})$ of a sparingly soluble salt MX_{4 i}s s. The corresponding solubility product is $K_{sp}$ The solubility s is given in terms of $K_{sp}$ by the relation