A chemist combined chloroform (CHCl3)(CHCl3) and acetone (C3H6O)(C3H6O) to create a solution where the mole fraction of chloroform, ?chloroform,χchloroform, is 0.1870.187. The densities of chloroform and acetone are 1.48 g/mL1.48 g/mL and 0.791 g/mL,0.791 g/mL, respectively. Calculate the molarity of the solution. Assume the volumes are additive. molarity:
A chemist combined chloroform (CHCl3)(CHCl3) and acetone (C3H6O)(C3H6O) to create a solution where the mole fraction of chloroform, ?chloroform,χchloroform, is 0.1870.187. The densities of chloroform and acetone are 1.48 g/mL1.48 g/mL and 0.791 g/mL,0.791 g/mL, respectively. Calculate the molarity of the solution. Assume the volumes are additive. molarity:
Introductory Chemistry: A Foundation
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Author:Steven S. Zumdahl, Donald J. DeCoste
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Chapter15: Solutions
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Problem 112AP
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A chemist combined chloroform (CHCl3)(CHCl3) and acetone (C3H6O)(C3H6O) to create a solution where the mole fraction of chloroform, ?chloroform,χchloroform, is 0.1870.187. The densities of chloroform and acetone are 1.48 g/mL1.48 g/mL and 0.791 g/mL,0.791 g/mL, respectively.
Calculate the molarity of the solution. Assume the volumes are additive.
molarity:
MM
Calculate the molality of the solution.
molality:
m
Transcribed Image Text:A chemist combined chloroform (CHCI, ) and acetone (C, H,O) to create a solution where the mole fraction of chloroform,
Xchloroform, is 0.187. The densities of chloroform and acetone are 1.48 g/mL and 0.791 g/mL, respectively.
Calculate the molarity of the solution. Assume the volumes are additive.
molarity:
M
Calculate the molality of the solution.
molality:
m
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