A solution is made by mixing 5.40 g of toluene, CHg(1), with 954. mL of chloroform, CHCI3(1). Calculate the concentration of the solute in the solution using the units given below. (Density of = 0.867 g/mL. Density of chloroform = 1.49 g/mL. Assume volumes mix additively.) toluene %3D Enter your answers in decimal form to 3 significant figures. Do not enter units since they are already provided. Molar: M molal: mole fraction: mass percent: %(m/m) percent volume: %(v/v)

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A solution is made by mixing 5.40 g of toluene, CH8(1), with 954. mL of chloroform, CHCI3(1).
Calculate the concentration of the solute in the solution using the units given below. (Density of
= 0.867 g/mL. Density of chloroform = 1.49 g/mL. Assume volumes mix additively.)
toluene
Enter your answers in decimal form to 3 significant figures. Do not enter units since they are already
provided.
Molar:
molal:
m
mole fraction:
mass percent:
%(m/m)
percent volume:
%(v/v)
Transcribed Image Text:A solution is made by mixing 5.40 g of toluene, CH8(1), with 954. mL of chloroform, CHCI3(1). Calculate the concentration of the solute in the solution using the units given below. (Density of = 0.867 g/mL. Density of chloroform = 1.49 g/mL. Assume volumes mix additively.) toluene Enter your answers in decimal form to 3 significant figures. Do not enter units since they are already provided. Molar: molal: m mole fraction: mass percent: %(m/m) percent volume: %(v/v)
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