C) A binary solution contains components S1 and S2. In the solution, component S1 is at...

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C) A binary solution contains components S1 and S2. In the solution, component S1 is at mole fraction, x1 = 0.4 and a corresponding partial molar volume, V, = 40 x 106 m3/mol. The density of the solution was measured to be 900 m3/kg. Calculate i) The specific molar volume of the solution The partial molar volume ( V2) of component S2 [Data: Molecular wts; S1 = 32, S2 = 18] ii) C) A binary solution contains components S1 and S2. In the solution, component S1 is at mole fraction, x1 = 0.4 and a corresponding partial molar volume, V, = 40 x 106 m3/mol. The density of the solution was measured to be 900 m3/kg. Calculate i) The specific molar volume of the solution The partial molar volume ( V2) of component S2 [Data: Molecular wts; S1 = 32, S2 = 18] ii)

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