The solution prepared by dissolving 6.06 g of triphenyl methane [(C6H5)CH] in 1000 g of benzene, which has a cryoscopic constant of 5.12 Kkg/mol, is cooled at 0.221 °C below the freezing point of pure benzene. a) Mass of crystallized benzene. Gap 1. Fill in the blanks, read the relevant text. Blank 2. Fill in the blanks, read the relevant text. b) Molality of the solution in equilibrium with the crystals
The solution prepared by dissolving 6.06 g of triphenyl methane [(C6H5)CH] in 1000 g of benzene, which has a cryoscopic constant of 5.12 Kkg/mol, is cooled at 0.221 °C below the freezing point of pure benzene. a) Mass of crystallized benzene. Gap 1. Fill in the blanks, read the relevant text. Blank 2. Fill in the blanks, read the relevant text. b) Molality of the solution in equilibrium with the crystals
General Chemistry - Standalone book (MindTap Course List)
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Chapter12: Solutions
Section: Chapter Questions
Problem 12.70QP: A solution was prepared by dissolving 0.800 g of sulfur, Sg, in 100.0 g of acetic acid, HC2H3O2....
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The solution prepared by dissolving 6.06 g of triphenyl methane [(C6H5)CH] in 1000 g of benzene, which has a cryoscopic constant of 5.12 Kkg/mol, is cooled at 0.221 °C below the freezing point of pure benzene. a) Mass of crystallized benzene. Gap 1. Fill in the blanks, read the relevant text. Blank 2. Fill in the blanks, read the relevant text. b) Molality of the solution in equilibrium with the crystals
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