At 25°C, the minimum volume of benzene necessary to extract in a single step 90% of hydrogen sulfide from 1L of a 0.1 molar aqueous solution of H2S is 1.50L. a.determine the distribution coefficient...

At 25°C, the minimum volume of benzene<br>necessary to extract in a single step 90% of<br>hydrogen sulfide from 1L of a 0.1 molar<br>aqueous solution of H2S is 1.50L.<br>a.determine the distribution coefficient of<br>H2S between water and benzene.<br>b. What total volume would be<br>necessary to remove 90% of the H2S from<br>the given aqueous solution in three<br>separate extractions using equal volumes<br>of benzene each?<br>

Extracted text: At 25°C, the minimum volume of benzene necessary to extract in a single step 90% of hydrogen sulfide from 1L of a 0.1 molar aqueous solution of H2S is 1.50L. a.determine the distribution coefficient of H2S between water and benzene. b. What total volume would be necessary to remove 90% of the H2S from the given aqueous solution in three separate extractions using equal volumes of benzene each?

Jun 07, 2022

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At 25°C, the minimum volume of benzene necessary to extract in a single step 90% of hydrogen sulfide from 1L of a 0.1 molar aqueous solution of H2S is 1.50L. a.determine the distribution coefficient...

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