6. As a demonstration, an artificial cell consisting of an aqueous solution enclosed in a semi permeable membrane is placed into a beaker containing a different solution. The membrane is permeable to water and to monosaccharide's glucose and fructose but completely impermeable to the disaccharide sucrose. The concentration of each cell is described in the diagram below. 0.03M Sucrose 0.02M Glucose 0.01M Sucrose 0.01M Glucose 0.01M Fructose a. Which solute(s) will exhibit a net diffusion into the cell? Explain. b. Which solute(s) will exhibit a net diffusion out of the cell? Explain. C. Which solution is hypertonic, the cell or the solution? Explain.

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6. As a demonstration, an artificial cell consisting of an aqueous solution enclosed in a
semi permeable membrane is placed into a beaker containing a different solution. The
membrane is permeable to water and to monosaccharide's glucose and fructose but
completely impermeable to the disaccharide sucrose. The concentration of each cell is
described in the diagram below.
0.03M Sucrose
0.02M Glucose
0.01M Sucrose
0.01M Glucose
0.01M Fructose
a. Which solute(s) will exhibit a net diffusion into the cell? Explain.
b. Which solute(s) will exhibit a net diffusion out of the cell? Explain.
C. Which solution is hypertonic, the cell or the solution? Explain.
Transcribed Image Text:6. As a demonstration, an artificial cell consisting of an aqueous solution enclosed in a semi permeable membrane is placed into a beaker containing a different solution. The membrane is permeable to water and to monosaccharide's glucose and fructose but completely impermeable to the disaccharide sucrose. The concentration of each cell is described in the diagram below. 0.03M Sucrose 0.02M Glucose 0.01M Sucrose 0.01M Glucose 0.01M Fructose a. Which solute(s) will exhibit a net diffusion into the cell? Explain. b. Which solute(s) will exhibit a net diffusion out of the cell? Explain. C. Which solution is hypertonic, the cell or the solution? Explain.
Expert Solution
Step 1

Diffusion

The net movement of solute particles from concentration solution to dilute solution. This process is take place in all medium, solid, liquid, and gas.

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