) If the density of a 1.75 L Uric Acid solution is 4.10 x 10-3 g/mL and the solution contains 7.00 g of water, what is the mass % of this solution? If you are unable toanswer this question, simply answer “1.00%” and move on to the next question. b) What is the molality of this solution if the molar mass of Uric Acid, is 168.1103 g/mole? c) As a waste product solute, the Osmotic pressure created by this solute contributes to the proper filtration of the blood within the urinary tract system. Calculate the
a) If the density of a 1.75 L Uric Acid solution is 4.10 x 10-3 g/mL and the solution contains 7.00 g of water, what is the mass % of this solution? If you are unable toanswer this question, simply answer “1.00%” and move on to the next question.
b) What is the molality of this solution if the molar mass of Uric Acid, is 168.1103 g/mole?
c) As a waste product solute, the Osmotic pressure created by this solute contributes
to the proper filtration of the blood within the urinary tract system. Calculate the
Osmotic Pressure of this Uric Acid solution at 25.0o C. Assume that as a weak acid,
Uric acid has a van’t hoff factor consistent with being a non-electrolyte.
d) Uric Acid is the one organic acid that does not contain a
is classified as an acid is that it “tautomerizes” into 3 different forms where carbonyl carbons (C=O)
receive acidic Hydrogens from the rearrangement of Nitrogenous Hydrogens.
Uric Acid has a pka of 5.75. What is the acid dissociation constant, ka of Uric Acid?
Trending now
This is a popular solution!
Step by step
Solved in 7 steps with 5 images
