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Osmotic pressure of pure water is
(a) 0
(b) 1
(c) 10
(d) 100

Last updated date: 20th Jun 2024
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Hint: Osmotic pressure is characterized as the weight that must be applied to the arrangement side to stop smooth motion when a semipermeable film isolates an answer from unadulterated water. It depends upon the solvent.

Complete step by step answer:
Osmosis is characterized as the net stream or development of dissolvable particles through a semipermeable layer through which solute atoms can't pass. On the off chance that an answer consisting of both solute and dissolvable particles is set on one side of a layer and unadulterated dissolvable is put on the opposite side, there is a net progression of dissolvable into the arrangement side of the film.
As a specific dissemination measure, assimilation is driven by the interior energy of the dissolvable particles. Osmotic pressure is a colligative property. This implies, the property relies upon the convergence of the solute, yet not on its personality. Model:
The osmotic pressure contrast would be zero if unadulterated water were on the two sides of the semi-penetrable film. On the off chance that there would be for instance human blood on one side and unadulterated water on the other one, the osmotic pressure would be associated with seven environments. Osmotic pressure impacts film transport in living beings.
So the correct answer is '0'.

Additional Information:
- An answer is characterized as a homogeneous blend of both a solute and dissolvable. Arrangements for the most part have unexpected properties in comparison to the dissolvable and solute particles that make them. Some unique properties of arrangements are reliant exclusively on the quantity of broken solute atoms, paying little heed to what that solute is; these properties are known as colligative properties.
- Turgor is the pressure of the substance of the cell against its cell divider. It applies to any creature with cells (for example microorganisms, plants, and growths) and assists with keeping up the cell-shape.

Note: Model in plant cells: The cytoplasm contains a more thought arrangement so water will enter because of assimilation. Bloat is a condition wherein the substance of a cell is applying pressure on the cell divider in light of the fact that the vacuoles, which store water, are filled. In the event that the plant cell loses water, the (focal) vacuole decreases, the cell film begins shrinking inwards away from the cell divider, and the plant shrivels. This cycle is called plasmolysis and can be turned around by watering the plant.