Answers: 1
dissolves to produce one mole of barium 
ions and two moles of iodate 
ions.
![K_{\text{sp}} &= & [\text{Ba}^{2+}] \cdot [\text{IO}_3^{-}]^{2}](/tpl/images/0070/0604/e9b5d.png)
.
of 
from the question, and![[\text{Ba}(\text{IO}_3)_2, \; \text{dissolved}] = [\text{Ba}^{2+}] = 2 \; [\text{IO}_3^{-}]](/tpl/images/0070/0604/f7d12.png)
as seen in the dissociation equilibrium,![\begin{array}{lll}[\text{Ba}(\text{IO}_3)_2, \; \text{dissolved}]^{3} &=& [\text{Ba}^{2+}] \cdot [\text{IO}_3^{-}]^{2} \\ & = & K_{sp}\\&=&1.57\times 10^{-9} \end{array}](/tpl/images/0070/0604/4d69f.png)
![[\text{Ba}(\text{IO}_3)_2, \; \text{dissolved}] = \sqrt[3]{K_{\text{sp}}} = 1.16 \times 10^{-3} \; \text{mol}\cdot \text{dm}^{-3}](/tpl/images/0070/0604/4b0e7.png)
of distilled water can thus dissolve up to 
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How many grams of ba(io3)2 can be dissolved in 250. ml of distilled water at 25 oc ? note: ksp of...
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