In conditions of overhydration, a concentration gradient is created between plant cells and their environment that encourages the movement of water into the cells. Despite this, plant cells can often maintain their shape for relatively prolonged exposure to hypotonic conditions as compared to animal cells. Which of the following subcellular components is most likely responsible for this capacity? A B с D The mitochondria will increase their intake of water during cellular preparation toward the production of ATP molecules. The vacuole of the plant cell will continuously increase in size to accommodate the in- take of water into the cell and allow the cell to maintain its shape. The cell wall in the plant cell creates pressure against the intake of water and slows its movement into the cell. The chloroplasts in the plant cell slow down the accumulation of water by increasing its use during photosynthesis.
In conditions of overhydration, a concentration gradient is created between plant cells and their environment that encourages the movement of water into the cells. Despite this, plant cells can often maintain their shape for relatively prolonged exposure to hypotonic conditions as compared to animal cells. Which of the following subcellular components is most likely responsible for this capacity? A B с D The mitochondria will increase their intake of water during cellular preparation toward the production of ATP molecules. The vacuole of the plant cell will continuously increase in size to accommodate the in- take of water into the cell and allow the cell to maintain its shape. The cell wall in the plant cell creates pressure against the intake of water and slows its movement into the cell. The chloroplasts in the plant cell slow down the accumulation of water by increasing its use during photosynthesis.
Concepts of Biology
1st Edition
ISBN:9781938168116
Author:Samantha Fowler, Rebecca Roush, James Wise
Publisher:Samantha Fowler, Rebecca Roush, James Wise
Chapter3: Cell Structure And Function
Section: Chapter Questions
Problem 12RQ: Water moves via osmosis _______. a. throughout the cytoplasm b. from an area with a high...
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![In conditions of overhydration, a concentration gradient is created between plant cells and
their environment that encourages the movement of water into the cells. Despite this,
plant cells can often maintain their shape for relatively prolonged exposure to hypotonic
conditions as compared to animal cells.
Which of the following subcellular components is most likely responsible for this capacity?
A
B
с
D
The mitochondria will increase their intake of water during cellular preparation toward
the production of ATP molecules.
The vacuole of the plant cell will continuously increase in size to accommodate the in-
take of water into the cell and allow the cell to maintain its shape.
The cell wall in the plant cell creates pressure against the intake of water and slows its
movement into the cell.
The chloroplasts in the plant cell slow down the accumulation of water by increasing its
use during photosynthesis.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F95b555fe-c61f-4380-ac77-d5f60f2cc03d%2Ffc28772b-8075-4d8f-8892-d461b433543a%2F2d5cyu_processed.png&w=3840&q=75)
Transcribed Image Text:In conditions of overhydration, a concentration gradient is created between plant cells and
their environment that encourages the movement of water into the cells. Despite this,
plant cells can often maintain their shape for relatively prolonged exposure to hypotonic
conditions as compared to animal cells.
Which of the following subcellular components is most likely responsible for this capacity?
A
B
с
D
The mitochondria will increase their intake of water during cellular preparation toward
the production of ATP molecules.
The vacuole of the plant cell will continuously increase in size to accommodate the in-
take of water into the cell and allow the cell to maintain its shape.
The cell wall in the plant cell creates pressure against the intake of water and slows its
movement into the cell.
The chloroplasts in the plant cell slow down the accumulation of water by increasing its
use during photosynthesis.
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