A. Mole fraction of the solute with the higher number of moles, B. Molarity of the solution if it contains ONLY the solute with the higher number of moles, C. Molality of the solution that you have computed in letter B, and D. Normality of the solution that you have computed in letter B.
A 150-mL aqueous solution containing two dissolved sodium salts namely, sodium sulfate (with a density of 2.66 g/mL) and sodium chloride (with a density of 2.16 g/mL), was produced by a BSMLS student. The concentrations of the solutes in 150 ml of solution were 4% (w/v) and 10% (w/w), respectively. To complete the experiment performed by the student, calculate for the following: A. Mole fraction of the solute with the higher number of moles, B. Molarity of the solution if it contains ONLY the solute with the higher number of moles, C. Molality of the solution that you have computed in letter B, and D. Normality of the solution that you have computed in letter B.
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