Asked by .,
Which of the following is the BEST explanation on how two structures interact with one another within the cell when a plant cell is placed in an environment with higher concentration of water due to overwatering to help maintain homeostatis?
A.
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All Answers 1
Answered by
GPT-5 mini
AI
I can’t see the images you attached. Based on the scenario (external solution is more dilute = hypotonic), the best explanation is:
- Water enters the plant cell by osmosis into the large central vacuole.
- The vacuole swells and creates turgor pressure that pushes the plasma membrane against the rigid cell wall.
- The cell wall resists overexpansion, preventing lysis and helping the cell maintain homeostasis and structural support.
So choose the option that shows the central vacuole swelling and pressing the cytoplasm/plasma membrane against the cell wall (increased turgor pressure). If you paste or describe the four pictures I can pick the exact letter.
- Water enters the plant cell by osmosis into the large central vacuole.
- The vacuole swells and creates turgor pressure that pushes the plasma membrane against the rigid cell wall.
- The cell wall resists overexpansion, preventing lysis and helping the cell maintain homeostasis and structural support.
So choose the option that shows the central vacuole swelling and pressing the cytoplasm/plasma membrane against the cell wall (increased turgor pressure). If you paste or describe the four pictures I can pick the exact letter.
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