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A plants cells preferred environment is hypontonic. This means it likes lots of water, which fill up the central vacuole. The turgor pressure keeps it rigid and prevents it from wilting, (as plants do with lack of water) The Cell wall keeps it rigid by allowing the central vacuole to hold a large amount of water without the cells bursting. Animal cells do not have cell walls, so they burst in hypotonic environments
Plants may lose mass when they don't have water due to dehydration and shrinking of cells. Water is essential for maintaining turgor pressure, which keeps plant cells rigid and upright. Without water, plants may wilt and appear to lose mass.
Plant cells are surrounded by a stiff cell wall made of cellulose, which makes the cells very rigid. It is this strong structure that gives plants their sturdiness.
Osmosis moves water into the central vacuole which then presses against the cell wall to create turgor pressure, causing the plant stems to become rigid.
Plants exhibit turgor pressure when their cells are fully hydrated and the central vacuole is swollen with water, causing the cell to become rigid and firm. This pressure aids in maintaining the structural integrity of the plant and supports processes such as cell expansion for growth.
A plants cells preferred environment is hypontonic. This means it likes lots of water, which fill up the central vacuole. The turgor pressure keeps it rigid and prevents it from wilting, (as plants do with lack of water) The Cell wall keeps it rigid by allowing the central vacuole to hold a large amount of water without the cells bursting. Animal cells do not have cell walls, so they burst in hypotonic environments
Plants may lose mass when they don't have water due to dehydration and shrinking of cells. Water is essential for maintaining turgor pressure, which keeps plant cells rigid and upright. Without water, plants may wilt and appear to lose mass.
Turgid walls help hold the plant upright by internal water pressure. A adaption that allowed plants to acquire the land as a niche.
The vacuole is the organelle that uses water to maintain turgor pressure in plant cells, which helps to keep plants upright. When the vacuole is full of water, it creates internal pressure that makes the plant cells rigid and supportive.
walls
Plant cells are surrounded by a stiff cell wall made of cellulose, which makes the cells very rigid. It is this strong structure that gives plants their sturdiness.
Two cell parts that provide plant cells with extra support are the cell wall and the vacuole. The cell wall is a rigid outer layer that maintains the shape and provides structural support, while the vacuole, as it fills with water, helps to maintain turgor pressure that keeps plant cells rigid and allows them to stand upright.
Rigid cell walls and chlorophyll
Osmosis moves water into the central vacuole which then presses against the cell wall to create turgor pressure, causing the plant stems to become rigid.
Plants exhibit turgor pressure when their cells are fully hydrated and the central vacuole is swollen with water, causing the cell to become rigid and firm. This pressure aids in maintaining the structural integrity of the plant and supports processes such as cell expansion for growth.
because the reason that some plants stay upright is that the cels are filled with water until they are rigid. this is called a turgid plant cell. and when they are not watered these cells cannot maintain a turgid state and this will cause the plant to loose its shape or form.
The Mitochondria