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What is a separation process in which only one of the components is ______ in a given solvent?

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Final answer:

Liquid-liquid extraction is a separation process where only one component is soluble in a given solvent. It involves selectively partitioning a solute between two immiscible phases based on its solubility in each phase.

Step-by-step explanation:

The separation process in which only one of the components is soluble in a given solvent is called liquid-liquid extraction or liquid-liquid partitioning. This technique involves bringing a phase containing a solute into contact with a second phase, and the solute selectively partitions itself between the two phases based on its solubility in each phase.



For example, if we have a mixture of oil and water, oil being insoluble in water, we can perform a liquid-liquid extraction by adding a solvent that is only soluble in oil. The solvent will selectively dissolve the oil, allowing us to separate it from the water.



Some applications of liquid-liquid extraction include the separation of organic compounds from water, the purification of natural products, and the isolation of specific substances from mixtures.

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