The solubility of A_2X_3 is y mol m^{-3}. I | vedclass

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(D) The dissociation of $A_2X_3$ is represented as: $A_2X_3(s) ⇌ 2A^{3+}(aq) + 3X^{2-}(aq)$.Given the solubility $s = y \ mol \ m^{-3}$.At equilibrium

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$108 \, y^5$

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(D) The dissociation of $A_2X_3$ is represented as: $A_2X_3(s) ⇌ 2A^{3+}(aq) + 3X^{2-}(aq)$.Given the solubility $s = y \ mol \ m^{-3}$.At equilibrium,the concentration of $A^{3+}$ is $2s$ and $X^{2-}$ is $3s$.The solubility product $K_{sp}$ is defined as: $K_{sp} = [A^{3+}]^2 [X^{2-}]^3$.Substituting the values: $K_{sp} = (2s)^2 (3s)^3$.$K_{sp} = (4s^2) 	imes (27s^3) = 108s^5$.Since $s = y$,the solubility product is $108y^5$.

The solubility of $A_2X_3$ is $y \ mol \ m^{-3}$. Its solubility product is equal to .......

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