Chemistry, asked by saloni2507, 3 months ago

90% of metal chloride is extracted when equal volumes of aqueous and organic phases are used. what will be the percent extraction of the volume of the organic phase is doubled.

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Answered by kartikade007

liquid–liquid extraction is an important separation technique for environmental, clinical, and industrial laboratories. A standard environmental analytical method illustrates the importance of liquid–liquid extractions. Municipal water departments routinely monitor public water supplies for trihalomethanes (CHCl3, CHBrCl2, CHBr2Cl, and CHBr3) because they are known or suspected carcinogens. Before their analysis by gas chromatography, trihalomethanes are separated from their aqueous matrix using a liquid–liquid extraction with pentane [“The Analysis of Trihalomethanes in Drinking Water by Liquid Extraction,”EPAMethod501.2 (EPA 500-Series, November 1979)].

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90% of metal chloride is extracted when equal volumes of aqueous and organic phases are used. what will be the percent extraction of the volume of the organic phase is doubled.​

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90% of metal chloride is extracted when equal volumes of aqueous and organic phases are used. what will be the percent extraction of the volume of the organic phase is doubled.