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From the following table, state the polar and nonpolar solvent and its miscibility with water (miscible to form ideal mixture or immiscible to form two separate layers). To extract an organic compound from an aqueous layer, you may use one of the following solvent from the table below indicate the position of the organic layer (upper layer or lower layer) in the separating funnel. Extraction of organic component is a technique that depends on the molecular weight of the component the boiling point of the component the density of the component the polarity of the component an aqueous layer containing the following drugs
From the following table, state the polar and nonpolar solvent and its miscibility with water (miscible to form ideal mixture or immiscible to form two separate layers). To extract an organic compound from an aqueous layer, you may use one of the following solvent from the table below indicate the position of the organic layer (upper layer or lower layer) in the separating funnel. Extraction of organic component is a technique that depends on the molecular weight of the component the boiling point of the component the density of the component the polarity of the component an aqueous layer containing the following drugs
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Reid WolffLv2
6 May 2019
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