When Does Plasmolysis Happen?
It takes place when water moves out of cells and the cell membrane of cells of plants shrink away from... View Article
It takes place when water moves out of cells and the cell membrane of cells of plants shrink away from... View Article
Water continues to move from its region of higher chemical potential to its region of lower chemical potential till equilibrium... View Article
They depend on the concentration gradient and pressure gradient.
The membrane of the vacuole, cell membrane and the tonoplast in plant cells together are vital determinants of molecular movement... View Article
The cells in plants generally have a large central vacuole. Its contents, the vacuolar sap, contribute to the solute potential... View Article
In plants, negative potential or tension in the water column in the xylem has a role in water transportation up... View Article
When water enters plant cells as a result of diffusion, leading to a pressure built up against cell walls, cells... View Article
The water potential increases if a pressure greater than the atmospheric pressure is applied to pure water or a solution.
If solutes molecules are more, the solute potential is lower.
If there is a contact between two systems that contain water, then there is a random movement of molecules of... View Article
Yes, water potential has the greatest water potential.
There are two main components determining water potential, they are Solute potential and pressure potential.
Yes, active transport requires ATP energy.
No, facilitated transport does not require ATP energy.
No, simple diffusion does not require ATP energy.
Yes, active transport requires special membrane proteins.
Yes, facilitated transport requires special membrane proteins.
No, simple diffusion does not require special membrane proteins.
Yes, active transport utilizes energy for the transportation and pumping of molecules against a concentration gradient.
These are proteins forming large pores in the outer membranes of a few structures.