Good explanation Asap Thanks In a cell, the extracellular (outside) concentrations of Sodium (Na+) are 150 mM and Chloride (Cl-) are 150 mM; the intracellular (inside) concentrations of Sodium (Na+) are 15 mM and Chloride (Cl-) are 15 mM. Predict in which direction Na+ and Cl- ions will move based on their electrical charges. Choose the most appropriate answer. A. Na+ will move into the cell, while Cl- will move out of the cell. B. There will be no movement of Na+ or Cl- into or out of the cell. C. Both Na+ and Cl- will move out of the cell. D. Both Na+ and Cl- will move into
Good explanation Asap Thanks In a cell, the extracellular (outside) concentrations of Sodium (Na+) are 150 mM and Chloride (Cl-) are 150 mM; the intracellular (inside) concentrations of Sodium (Na+) are 15 mM and Chloride (Cl-) are 15 mM. Predict in which direction Na+ and Cl- ions will move based on their electrical charges. Choose the most appropriate answer. A. Na+ will move into the cell, while Cl- will move out of the cell. B. There will be no movement of Na+ or Cl- into or out of the cell. C. Both Na+ and Cl- will move out of the cell. D. Both Na+ and Cl- will move into
Introductory Chemistry: A Foundation
9th Edition
ISBN:9781337399425
Author:Steven S. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Donald J. DeCoste
Chapter15: Solutions
Section: Chapter Questions
Problem 20CR
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In a cell, the extracellular (outside) concentrations of Sodium (Na+) are 150 mM and Chloride (Cl-) are 150 mM; the intracellular (inside) concentrations of Sodium (Na+) are 15 mM and Chloride (Cl-) are 15 mM. Predict in which direction Na+ and Cl- ions will move based on their electrical charges. Choose the most appropriate answer.
A. Na+ will move into the cell, while Cl- will move out of the cell.
B. There will be no movement of Na+ or Cl- into or out of the cell.
C. Both Na+ and Cl- will move out of the cell.
D. Both Na+ and Cl- will move into cell.
E. Na+ will out of the cell, while Cl- will move into the cell.
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