In an experiment to determine carbon dioxide extraction efficiency on the surface of the lungs ( 62.03 g/mol), 32.25g of carbonic acid was obtained from an aliquot of blood serum constituted by 280g of water whose density was initially 1.15g/mL. Calculate the normality of the original blood serum sample. Calculate the formality of the blood serum sample. Calculate the osmotic pressure which could be exerted by the blood serum (assuming ideal conditions, can't Holf factor ii= 2 and at 36.5°C).
In an experiment to determine carbon dioxide extraction efficiency on the surface of the lungs ( 62.03 g/mol), 32.25g of carbonic acid was obtained from an aliquot of blood serum constituted by 280g of water whose density was initially 1.15g/mL. Calculate the normality of the original blood serum sample. Calculate the formality of the blood serum sample. Calculate the osmotic pressure which could be exerted by the blood serum (assuming ideal conditions, can't Holf factor ii= 2 and at 36.5°C).
Chemistry: The Molecular Science
5th Edition
ISBN:9781285199047
Author:John W. Moore, Conrad L. Stanitski
Publisher:John W. Moore, Conrad L. Stanitski
Chapter4: Energy And Chemical Reactions
Section: Chapter Questions
Problem 120QRT
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In an experiment to determine carbon dioxide extraction efficiency on the surface of the lungs ( 62.03 g/mol), 32.25g of carbonic acid was obtained from an aliquot of blood serum constituted by 280g of water whose density was initially 1.15g/mL.
Calculate the normality of the original blood serum sample.
Calculate the formality of the blood serum sample.
Calculate the osmotic pressure which could be exerted by the blood serum (assuming ideal conditions, can't Holf factor ii= 2 and at 36.5°C).
Calculate the mole fraction of carbonic acid in the original blood serum sample.
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