Want this question answered?
yep!
The Diffusion Potential is the potential difference across the boundary b/w two electrolytic solutions of different compositions The Nernst Potential is the diffusion potential across a membrane that exactly opposes the net diffusion of a particular ion through the membrane
Iso-osmotic or isosmotic
the factors which affect rate of diffusion is the factors that mixing one substance to another.
The difference of turgor pressure and diffusion is that turgor pressure is an osmotic pressure exerted by the contents of a plant cell against its cell wall; while diffusion is a movement of molecules from an area higher concentration to an area lower concentration.
Concentration increases the number of molecules to pass through, hence the result.
As you decrease humidity, I believe the water potential of the environment also decreases. Conversely, if you increase the humidity, the water potential increases. An example can be found in water movement of leaves. As the humidity increases, the rate of diffusion goes down because water moves from areas of high water potential to low water potential. Thus, as the humidity goes down, the rate of diffusion of water from leaves to the environment increases because water potential of the environment is lower (more negative) than the leaf's, so water flows out of the leaf.
Water potential of protoplasm of the cell is equal but opposite in sign to the diffusion pressure deficit(DPD) or suction pressure(SP).Thus DPD of an osmotic system is the water potential in terms of energy.DPD is expressed in positive value.
Water from the soil diffuse inside due to osmotic potential of cell sap of root hair and onward
Water from the soil diffuse inside due to osmotic potential of cell sap of root hair and onward
yep!
Yes, it is!
ability of a medium to attract water molecules is known as osmotic potential. you may also label it as osmotic potential. at a time a system has more water potential and low solute potential and vice versa.
Matric potential is the sum of: Osmotic Potential(φs) + Hydrostatic Pressure(φp). Matric potential useful because there are some situations where it is difficult to distinguish between the measurements of Osmotic Potential(φs) and Hydrostatic Pressure(φp).
The Diffusion Potential is the potential difference across the boundary b/w two electrolytic solutions of different compositions The Nernst Potential is the diffusion potential across a membrane that exactly opposes the net diffusion of a particular ion through the membrane
It maintains the osmotic potential of the cell
no. all things being equal and if the nutrients in the soil did not interact with the distilled water then distilled water has a lower osmotic potential than the cell sap in the roots; this would result in reverse osmosis from the roots (higher osmotic potential) to the soil (lower osmotic potential).