Too much water inside a cell will cause it to burst.
You die
Hypotonic Solution
When water in a cell freezes, it forms ice crystals that can puncture through the cell membrane. This can cause the cell to burst or become damaged, leading to cell death.
The inside of a cell and the outside of the cell are usually in equilibrium as far as salt is concerned. Water always follows salt.If the outside has more salt, then water will follow it outwards. The cell will lose water and become shriveled.
They both will eventually burst.
When a cell gains water, it might swell up due to the increase in volume. This can exert pressure on the cell's membrane, causing it to stretch. In extreme cases, too much water influx can lead to cell lysis or bursting.
When too much water moves into a cell, it can cause the cell to swell and potentially burst. This process is known as lysis and can be harmful to the cell's structure and function. Cells regulate their water content through osmosis to maintain a balance and prevent lysis.
the cell won't have water when it is needed
it shrinks
it dies
If excess water moves into an animal cell, it will eventually burst. This happens if the cell is placed in a hypotonic solution (a solution with a lower solute concentration than the cell).
If a plant cell is placed in fresh water, there will be a net movement of water into the cell - because the solute concentration inside the cell is greater than outside. This occurs because the system is attempting to reach equilibrium (where the concentrations inside and outside are equal). Unlike an animal cell, a plant cell will not burst when excess water enters the cell. This is because the cell wall helps the plant cell maintain its structure.
There will be a net movement of water out of the cell, the cell will become shrunken. Water will move from an area of high water concentration to an area of low water concentration.
it dies
it dies
You die
If a cell is dropped into pure water, water will enter the cell by osmosis. This can cause the cell to swell and potentially burst due to the increased pressure within the cell.