Compound A has a room-temperature solubility of 30.2 g/L in a certain solvent, while compound B has a solubility of 9.5 g/L in the same solvent at room temperature. An extract from a plant contains 110 g of A and 8 g of B. How much A can in principle be crystallized in pure form from this mixture if 3 L of solvent is used? How much solvent is required to dissolve the amount of B contained in this mixture? Show your steps.
Compound A has a room-temperature solubility of 30.2 g/L in a certain solvent, while compound B has a solubility of 9.5 g/L in the same solvent at room temperature. An extract from a plant contains 110 g of A and 8 g of B. How much A can in principle be crystallized in pure form from this mixture if 3 L of solvent is used? How much solvent is required to dissolve the amount of B contained in this mixture? Show your steps.
Chemistry: The Molecular Science
5th Edition
ISBN:9781285199047
Author:John W. Moore, Conrad L. Stanitski
Publisher:John W. Moore, Conrad L. Stanitski
Chapter9: Liquids, Solids, And Materials
Section: Chapter Questions
Problem 104QRT: Consider this information regarding two compounds. Thallium azide: yellow crystalline solid; melting...
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Compound A has a room-temperature solubility of 30.2 g/L in a certain solvent, while compound B has a solubility of 9.5 g/L in the same solvent at room temperature. An extract from a plant contains 110 g of A and 8 g of B. How much A can in principle be crystallized in pure form from this mixture if 3 L of solvent is used? How much solvent is required to dissolve the amount of B contained in this mixture? Show your steps.
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