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∙ 10y agoWhen red onions are placed in a solution with fifteenth percent salt and forty- five percent water, the water leaves the red onion cells through osmosis until the cell membrane will eventually collapse.
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∙ 11y agoWiki User
∙ 13y agoThe solution is 0.7% salt and 99.3% water the solution is hypotonic to the blood cell.
When you place a cell into a hypotonic solution all of the water from the solution will come into the cell in order to equalize pressure. but because it cannot equalize it, the cell will eventually burst.
Wiki User
∙ 10y agoTthe isotonic salinity of blood is 0.9%,so the 10% will shrink a lot as the water is removed by osmosis, and the 0.7 will swell a bit.
Wiki User
∙ 11y agoThe water will osmotically leave the red blood cell and it will crenelate.
in solution
they must be broken down and it should absorb into the blood
blood volume
Alsever's solution is a saline-based liquid added to freshly collected blood to prevent coagulation and preserve the blood cells until needed. After adding Alsever's solution to the blood (1:1 volume ratio), the mix can be put at 4 degrees Centrigrade (refrigerator) for up to 10 weeks. I believe the ingredients are glucose (dextrose), sodium chloride, sodium citrate, and citric acid.
Hopefully lower their blood pressure.
If a red blood cell is placed in a 50% NaCl solution, the cell will undergo a process called crenation, where water leaves the cell due to the high concentration of salt outside. This causes the cell to shrink and lose its normal shape, which can ultimately lead to cell damage or death.
If human red blood cells are placed in a Ringer solution, which is an isotonic solution, they will maintain their normal shape and structure. The osmotic balance between the solution and the cells will prevent any swelling or shrinking of the red blood cells.
no
nothing
It will shrivel up and possibly die.
The observed shrinkage of red blood cells in the 2% salt solution is due to water moving out of the cells via osmosis to balance the high salt concentration outside. In the 0.4% salt solution, water moves into the red blood cells via osmosis causing them to swell and burst due to the excess internal pressure. This demonstrates the importance of maintaining a balance of solute concentration to prevent cell damage.
What will happen to a red blood cell that is placed in a solution of 90 percent water and 10 percent salt is that the salt will decrease in volume due to osmosis. Meanwhile the water will enter the red blood cell, making it swell up.
9% NaCl is a hypertonic saline solution. Red blood cells will appear to shrink as they lose water out of the cell membrane and into the saline solution.
Water will leave the cell and the cell will shrink and shrivel.
The water will flow out of the cell into the hypertonic solution and the red blood cell will crenate (crush).
It would crenate (shrivel up). The water within would exit the cell to attempt to balance the excess salt concentration in the solution.
A 10% NaCl solution is hypertonic to a blood cell and would cause the cell to shrink, aka crenation.