Here's what happens:
* Water potential: The water potential outside the cell is lower than inside the cell due to the higher solute concentration.
* Osmosis: Water moves from areas of high water potential to areas of low water potential. Therefore, water will move out of the cell and into the surrounding solution.
* Cell shrinkage: As water leaves the cell, the cell will shrink. This is called plasmolysis in plant cells, where the cell membrane pulls away from the cell wall. In animal cells, the cell may become crenated (shriveled).
Consequences:
* Cell dehydration: The loss of water can lead to dehydration and potential cell death.
* Loss of turgor pressure: In plant cells, the loss of water pressure can cause wilting.
* Disruption of cell functions: The change in cell volume and water content can disrupt important cellular processes.
Examples:
* Saline solutions: High salt concentrations in saline solutions can draw water out of cells, causing dehydration.
* Pickling: The high salt concentration in pickling brine dehydrates bacteria and preserves food.
* Wilting: Plants wilt when the soil is too dry and the water potential outside the cells is lower than inside.
Important Note: The specific effects of a hypertonic environment depend on the type of cell, its membrane permeability, and the magnitude of the concentration difference.
