Red blood cells in a hypertonic solution will shrink. This occurs as water moves out of the red blood cell.
Yes .
A plant cell bursts in a hypotonic solution because water enters the cell through osmosis, causing it to swell. The increased water uptake in a hypotonic environment creates pressure on the cell wall, eventually leading to bursting.
After it bursts, it will fall onto the tissue and eventually turn into tissue.
they don't because they have a cell wall. they have what we call plasmolisis. which is when the it looses water (because of the concentration gradient)
hemolysis
Hypo- tonic is a state in which the amount of solute (essentailly ions) inside a cell is less than the amount of solute outside a cell. In this situation a cell will take in water in order to take in more solute and eventually reach a state of equilibrium, or isotonic. Hyper- tonic is a state in which the amount of solute inside a cell is more than the amount outside the cell. The cell will lose water in this case in an effort to remove more ions and reach a state of ion concentration equal with the environment.
A hypotonic solution has a lower solute concentration compared to the cell. When a cell is placed in a hypotonic solution, water will move into the cell causing it to swell and potentially burst. This can be harmful to cells, especially red blood cells.
Hyper tonic means when one part of a cell has a higher activity of fluids from the higher chance of solute
Since solutions natural move from a higher concentration to a lower concentration, the solution is hyper-tonic. The salt will move rapidly into the cell, causing the cell to expand and then explode.
When a red blood cell draws in water and bursts, it is said to undergo hemolysis. This can be caused by exposure to hypotonic solutions that cause water to move into the cell, leading to swelling and eventually rupture.
The plant cell will shrink, but its cell wall will prevent it from completely collapsing. In contrast, the animal cell will shrink and may undergo crenation due to the hypertonic solution causing water to leave the cell.