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When a plant cell is placed in surroundings containing a greater solute concentration than inside the cell, what happens to the cell? A. plasmolysis. B. the cell becomes flaccid. What type of transport process is the movement of a solute across a membrane, against its concentration gradient, and which requires energy? A. Active transport. B. Diffusion. C. Osmosis. D. facilitated diffusion. What type of transport process is the passive movement of a solute across a membrane, down its concentration gradient, and which requires transport proteins? A. Active transport. B. Diffusion. C. Osmosis. D. facilitated diffusion. What type of transport process is the passive movement of a solute across a membrane and down its concentration gradient? A. Active transport. B. Diffusion. C. Osmosis. D. facilitated diffusion.

          When a plant cell is placed in surroundings containing a greater solute concentration than inside the cell, what happens to the cell? A. plasmolysis. B. the cell becomes flaccid. What type of transport process is the movement of a solute across a membrane, against its concentration gradient, and which requires energy? A. Active transport. B. Diffusion. C. Osmosis. D. facilitated diffusion. What type of transport process is the passive movement of a solute across a membrane, down its concentration gradient, and which requires transport proteins? A. Active transport. B. Diffusion. C. Osmosis. D. facilitated diffusion. What type of transport process is the passive movement of a solute across a membrane and down its concentration gradient? A. Active transport. B. Diffusion. C. Osmosis. D. facilitated diffusion.
        
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Biology for AP Courses
Biology for AP Courses
Julianne Zedalis, John Eggebrecht
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When a plant cell is placed in surroundings containing a greater solute concentration than inside the cell, what happens to the cell? A. plasmolysis. B. the cell becomes flaccid. What type of transport process is the movement of a solute across a membrane, against its concentration gradient, and which requires energy? A. Active transport. B. Diffusion. C. Osmosis. D. facilitated diffusion. What type of transport process is the passive movement of a solute across a membrane, down its concentration gradient, and which requires transport proteins? A. Active transport. B. Diffusion. C. Osmosis. D. facilitated diffusion. What type of transport process is the passive movement of a solute across a membrane and down its concentration gradient? A. Active transport. B. Diffusion. C. Osmosis. D. facilitated diffusion.
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When a plant cell is placed in surroundings containing a greater solute concentration than inside the cell, what happens to the cell? A. plasmolysis. B. the cell becomes flaccid. What type of transport process is the movement of a solute across a membrane, against its concentration gradient, and which requires energy? A. Active transport. B. Diffusion. C. Osmosis. D. facilitated diffusion. What type of transport process is the passive movement of a solute across a membrane, down its concentration gradient, and which requires transport proteins? A. Active transport. B. Diffusion. C. Osmosis. D. facilitated diffusion. What type of transport process is the passive movement of a solute across a membrane and down its concentration gradient? A. Active transport. B. Diffusion. C. Osmosis. D. facilitated diffusion.

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1) which of the following occurs when a cell is placed in an isotonic solution a. water moves by osmosis out of the cell b. the cell swells c. the cell shrinks d. none of the above 2) How does osmosis different from simple diffusion? a. simple diffusion utilizes energy in the form of a solute concentration gradient, osmosis utilizes energy in form of ATP b. osmosis involves the movement of water, simple diffusion involves the movement of solutes c. simple diffusion moves solutes with their concentration gradient, osmosis moves solutes against their concentration gradient d. osmosis is a form of active transport, simple diffusion is a form of passive transport 3) During the relative refractory period of a neuron, a second action potential is less likely, but not impossible, because: a. the threshold value has increased b. the amount of depolarization required to reach threshold has increased c. the threshold value has decreased d. the amount of depolarization required to reach threshold has decreased

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Which of the following describes how osmosis occurs across a cell membrane/ A. Solutes move from an area of high water concentration to an area of low water concentration. B. Water moves from an area of low solute concentration to an area of high solute concentration. C. Both water and solutes move across the cell membrane from an area of high concentration to an area of low concentration. D. Solutes move from an area of low solute concentration to an area of high solute concentration. E. Water moves from an area of high solute concentration to an area of low solute concentration.

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Transcript

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00:01 Tonicity is the ability of an extracellular solution to move the water which is h2o in and out of a cell.
00:11 So when a cell is placed in a hypotonic solution, this solution is hypertonic in nature, meaning this solution has greater concentration of solute when compared to the cell.
00:30 So when a cell is placed in a hypotonic condition, the water which is present inside of the cell moves out to match the concentration of solute present outside of the cell...
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