Question #177553

25 ° C. An aqueous solution of iodine containing 0.0516 g liter at temperature 4.412 g /liter containing CCL, is in equilibrium with the solution. 25° C If the solubility of iodine in water at temperature is 0.34 g /liter, multiply its solubility in ccl4


1
Expert's answer
2021-04-07T11:31:48-0400

Solution:

First we find the value of K:

K = CCCl4CH2O\dfrac{C_{CCl_4}}{C_{H_2O}} = 4.4120.0516\frac{4.412}{0.0516} = 85.5

To find the solubility of iodine in CClwe should use a distribution law:

Solubility of iodine in CCl4Solubility of iodine in water=85.5\dfrac{Solubility \ of \ iodine \ in \ CCl_4}{Solubility \ of \ iodine \ in \ water}=85.5


Solubility of iodine in CCl4 = 85.5 ×\times 0.34 = 29.07 g / L.


Answer: 29.07 g / L.


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