Solve the following problems: Show your any pertinent solutions. a.What is the normal boiling point of a 3.45 mol solution of KBr that has a density of 1.80 g/ml? (KB for H20 is 0.512°C kg/mole) b. Eugenol is the active ingredient in the oil of cloves used to relieve toothache. Calculate the boiling point of a solution in which 0.20 grams of eugenol, (C10H12, O2) is dissolved in 12.0 grams of benzene. (Kh henzene= 2,53°C/m; Tb(solvent) = 80.10°C)

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Answer the following problems, show your any pertinent solutions (This is all about General Chemistry: Nonelectrolyte and Electrolyte Solutions).

 

Solve the following problems: Show your any
pertinent solutions.
a. What is the normal boiling point of a 3.45 mol solution of KBr that
has a density of 1.80 g/ ml? (KB for H20 is 0.512°C kg/mole)
b. Eugenol is the active ingredient in the oil of cloves used to relieve
toothache. Calculate the boiling point of a solution in which 0.20
grams of eugenol, (C10H12, O2) is dissolved in 12.0 grams of benzene.
(Kb benzene= 2.53°C/m; Tb(solvent) = 80.10°C)
%3D
Transcribed Image Text:Solve the following problems: Show your any pertinent solutions. a. What is the normal boiling point of a 3.45 mol solution of KBr that has a density of 1.80 g/ ml? (KB for H20 is 0.512°C kg/mole) b. Eugenol is the active ingredient in the oil of cloves used to relieve toothache. Calculate the boiling point of a solution in which 0.20 grams of eugenol, (C10H12, O2) is dissolved in 12.0 grams of benzene. (Kb benzene= 2.53°C/m; Tb(solvent) = 80.10°C) %3D
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