4 19. Compared to blood, how should Solution A (0.4 M NaCl) be classified?Choose...20. Describe what happens when red blood cells are placed in a hypertonicsolution.A. Water would flow out of the cells into the solution and the cells wouldexpand.B. Water would flow into the cells from the solution and the cells wouldexpand.C. Water would flow into the cells from the solution and the cells wouldshrink.D. Water would flow out of the cells into the solution and the cells wouldChoose...shrink21. What is the difference between osmosis and dialysis?A. Osmosis involves the movement of small solute particles only whereasdialysis involves the movement of both solute and solvent.B. Osmosis involves the movement of solvent only whereas dialysisinvolves the movement of both solute and solvent.C. Osmosis involves the movement of both solute and solvent whereasdialysis involves the movement of small solute partícles only.D. Osmosis involves the movement of both solute and solvent whereasdialysis involves the movement of solvent onlyChoose. 16. Determine the osmolarity for each solution.Significant figures automatically graded based on entered/given data or previous calculation,OsmolaritySolution A: 0.4 M NaCISolution B: 0.3 M MgCl2Solution C: 0.2 M MgCl,(2pts)17. If Solution A (0.4 M NaCi) was next to Solution B (0.3 M M9CI,) andseparated by a semi-permeable membrane, which direction would the wateriflow?Choose.(2pts)18 If Solution A (0.4 M NaCI) was next to Solution C (0.2 M MgCl,) andseparated by a semi permeable membrane. which direction would the waterflow?Choose.

As per our Guideline we can solve one question or 3 sub parts So please post remaining question…

19. Compared to blood, how should Solution A (0.4 M NaCl) be classified? Choose... 20. Describe what happens when red blood cells are placed in a hypertonic solution. A. Water would flow out of the cells into the solution and the cells would еxpand. B. Water would flow into the cells from the solutlon and the cells would expand. C. Water would flow into the cells from the solution and the cells would shrink Choose... D. Water would flow out of the cells into the solution and the cells would

19. Compared to blood, how should Solution A (0.4 M NaCl) be classified? Choose... 20. Describe what happens when red blood cells are placed in a hypertonic solution. A. Water would flow out of the cells into the solution and the cells would еxpand. B. Water would flow into the cells from the solutlon and the cells would expand. C. Water would flow into the cells from the solution and the cells would shrink Choose... D. Water would flow out of the cells into the solution and the cells would

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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Question

19. Compared to blood, how should Solution A (0.4 M NaCl) be classified?
Choose...
20. Describe what happens when red blood cells are placed in a hypertonic
solution.
A. Water would flow out of the cells into the solution and the cells would
expand.
B. Water would flow into the cells from the solution and the cells would
expand.
C. Water would flow into the cells from the solution and the cells would
shrink.
D. Water would flow out of the cells into the solution and the cells would
Choose...
shrink
21. What is the difference between osmosis and dialysis?
A. Osmosis involves the movement of small solute particles only whereas
dialysis involves the movement of both solute and solvent.
B. Osmosis involves the movement of solvent only whereas dialysis
involves the movement of both solute and solvent.
C. Osmosis involves the movement of both solute and solvent whereas
dialysis involves the movement of small solute partícles only.
D. Osmosis involves the movement of both solute and solvent whereas
dialysis involves the movement of solvent only
Choose.

16. Determine the osmolarity for each solution.
Significant figures automatically graded based on entered/given data or previous calculation,
Osmolarity
Solution A: 0.4 M NaCI
Solution B: 0.3 M MgCl2
Solution C: 0.2 M MgCl,
(2pts)
17. If Solution A (0.4 M NaCi) was next to Solution B (0.3 M M9CI,) and
separated by a semi-permeable membrane, which direction would the water
iflow?
Choose.
(2pts)
18 If Solution A (0.4 M NaCI) was next to Solution C (0.2 M MgCl,) and
separated by a semi permeable membrane. which direction would the water
flow?
Choose.

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