water moves from a high concentration to a low concentration in a cell
Turgor pressure is the pressure inside a plant cell that keeps it firm and rigid, like a fully inflated balloon.
An example of turgor pressure is the pressure exerted by water inside plant cells that helps maintain their rigidity and shape. This pressure is important for plant cells to stand upright and support their structure. An example of turgor pressure in action is when a wilting plant becomes turgid again after being watered.
Yes, osmotic pressure can affect seed germination. Seeds absorb water to initiate germination, and if the osmotic pressure outside the seed is too low or too high, it can hinder the water uptake process and impact germination rates. Maintaining an optimal osmotic environment is key for successful seed germination.
A relatively low solute concentration is called hypotonic. In a hypotonic solution, there is a lower concentration of solutes compared to the cell, leading to water moving into the cell through osmosis.
water moves from a high concentration to a low concentration in a cell
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Low osmotic pressure in the human body can lead to conditions such as dehydration, hypovolemia (low blood volume), and fluid imbalance. This can result in symptoms like dizziness, low blood pressure, and electrolyte imbalances, which can negatively impact the function of vital organs like the kidneys and heart.
turgor pressure pushes the plasma membrane against the cell wall of plant, bacteria, and fungi cells as well as those protist cells which have cell walls. This pressure, turgidity, is caused by the osmotic flow of water from area of low solute concentration outside of the cell into the cell's vacuole, which has a higher solute concentration.
Turgor pressure is the pressure exerted by water inside the central vacuole of a plant cell against the cell wall, helping maintain the cell's shape and rigidity. Diffusion is the movement of particles from an area of high concentration to an area of low concentration, driven by the natural tendency of particles to spread out and reach equilibrium. In summary, turgor pressure involves the physical pressure within a cell, while diffusion is the passive movement of particles.
The pressure potential of a flaccid cell would be low or close to zero. Flaccid cells have lost water and are not turgid, so the pressure potential, which is related to the water pressure inside the cell, would be minimal.
What is osmotic potential?Osmotic potential is defined as the ability of a solution to suck water in if it was separated from another solution by a semi-permeable (meaning water gets through, but not the solution) membrane. This means that if you have pure water next to salt water, separated by such a membrane, the pure water would run over to the saltwater, while the water in the saltwater would stay where it is. Water, then, always moves towards a higher concentration, from high pressure to low pressure. This is also how trees get water from the roots up to the canopy, as they don't have beating heart like we do. The plants use their osmotic potential to transport water through the cells from the bottom (roots) where the osmotic pressure is high, to the top (canopy) where the osmotic pressure is low. As the water is transported up, the osmotic pressure in the roots sinks, allowing more water to run in from the soil.
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Turgor pressure is the pressure inside a plant cell that keeps it firm and rigid, like a fully inflated balloon.
the cell mebrane has achannel espicially for water, in some cases according to the osmolarity around cell mebrane the water will go from high concentration to low concentration by these channels . in this way cell membrane will keep the osmotic pressure equal on both sides by movement the water
A hypotonic solution with low osmolarity compared to the inside of red blood cells can cause hemolysis. This leads to water moving into the cells, causing them to swell and burst due to the pressure exerted by the excess water.