Very different concentrations of Na+ ions exist in red blood cells (12 mM) and the blood plasma (165 mM) surrounding those cells. Solutions with two different concentrations separated by a membrane constitute a concentration cell. (a) Calculate the electrochemical potential created by the unequal concentrations of Na+ at 310 K.
Very different concentrations of Na+ ions exist in red blood cells (12 mM) and the blood plasma (165 mM) surrounding those cells. Solutions with two different concentrations separated by a membrane constitute a concentration cell. (a) Calculate the electrochemical potential created by the unequal concentrations of Na+ at 310 K.
Chemical Principles in the Laboratory
11th Edition
ISBN:9781305264434
Author:Emil Slowinski, Wayne C. Wolsey, Robert Rossi
Publisher:Emil Slowinski, Wayne C. Wolsey, Robert Rossi
Chapter32: Voltaic Cell Measurements
Section: Chapter Questions
Problem 2ASA
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Very different concentrations of Na+ ions exist in red blood cells (12 mM) and the blood plasma (165 mM) surrounding those cells. Solutions with two different concentrations separated by a membrane constitute a concentration cell.
(a) Calculate the
*use Nernst equation to find E(ion) and make sure to pay attention to units*
0.067 and -0.067 are wrong
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