By the processes such as diffusion, osmosis and active transport...
Dissolving of a substance in water leads to the dissolved substance being subject to the effects of Brownian Motion.
they move by doing stuff
exocytosis
If you meant an isotonic solution, an isotonic solution is a solution which contains the same concentration of solutes as the cell it is being compared to. This creates dynamic equilibrium, as the amount of solutes entering the cell and leaving the cell is the same.
one solute is Logols Solution. I think!
There are three classes of membrane transport proteins that permit water and solutes to bypass the lipid portion of the cell membrane. They are uniporters, symporters, and antiporters.
A cell placed in an isotonic solution will not shrink or swell. Isotonic means that the concentration of solutes in the solution is equal to the concentration of solutes within the cell. Since both concentrations are the same, no water flows in or out of the cell due to osmotic pressure.
It depends on where the non-permeating solutes were and what type of solution the cell is in. if non-permeating solutes were in the cell and their number was greater than the total number of solutes outside the cell, water would come into the cell and it would lyse. If there were a greater number of solutes on the outside of the cell, water would draw out of the cell and the cell would shrink. However, with time the solutes on the outside of the cell would diffuse into the cell and that could draw water with them.
A hypertonic environment with regard to the cell.
isotonic solution
solutes
detergents or organic solvents
exocytosis
No, cell membranes are semi-permeable, meaning they allow some solutes to pass through - but not others.
surgar will move into the cell
Homeostasis is a process that keeps a cell stable. The cell membrane, through the process of diffusion, works to move solutes down a concentration gradient to aid in homeostasis.
Naturally, solutes, like humans, hate to be crowded and like to have their own space. If given the opportunity, the solutes floating around in red blood cells would move through the cell membrane and float around freely outside. However, since the membrane is impermeable, the solutes draw water in. When too much water is drawn into the cell, the cell bursts. This wouldn't be a problem if the surrounding water wasn't distilled and had a lot of solutes of its own. Then the solutes in the surrounding water would compete with the solutes in the red blood cell to pull water.
Hypertonic
A condition whereby the concetration of solutes outside the cell balances/equals that inside the cell