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The roots of a plant absorb water from the soil. The root of the plant has low water concentration compared to the soil.
This is because the mineral salts are more concentrated inside the roots. The water molecules move from the soil into the root through a process called osmosis.
Powered by GitBook. Factors that Affect Osmosis. Factors that Affect Osmosis Concentration gradient : The greater the concentration difference, the faster the rate of osmosis Temperature: The higher the temperature, the faster the rate of osmosis Example of osmosis in a living cell human being In the human body system, the kidney cleans the blood by filtering out waste substances.
Solutions of equal solute concentration are isotonic. The first sugar solution is hypotonic to the second solution. The second sugar solution is hypertonic to the first.
You now add the two solutions to a beaker that has been divided by a selectively permeable membrane, with pores that are too small for the sugar molecules to pass through, but are big enough for the water molecules to pass through.
The hypertonic solution is on one side of the membrane and the hypotonic solution on the other. The hypertonic solution has a lower water concentration than the hypotonic solution, so a concentration gradient of water now exists across the membrane.
Water molecules will move from the side of higher water concentration to the side of lower concentration until both solutions are isotonic.
At this point, equilibrium is reached. Osmosis is the diffusion of water molecules across a selectively permeable membrane from an area of higher concentration to an area of lower concentration.
Water moves into and out of cells by osmosis. If a cell is in a hypertonic solution, the solution has a lower water concentration than the cell cytosol, and water moves out of the cell until both solutions are isotonic.
Cells placed in a hypotonic solution will take in water across their membrane until both the external solution and the cytosol are isotonic.
A cell that does not have a rigid cell wall, such as a red blood cell, will swell and lyse burst when placed in a hypotonic solution. Cells with a cell wall will swell when placed in a hypotonic solution, but once the cell is turgid firm , the tough cell wall prevents any more water from entering the cell.
When placed in a hypertonic solution, a cell without a cell wall will lose water to the environment, shrivel, and probably die. In a hypertonic solution, a cell with a cell wall will lose water too.
The plasma membrane pulls away from the cell wall as it shrivels, a process called plasmolysis. Animal cells tend to do best in an isotonic environment, plant cells tend to do best in a hypotonic environment.
This is demonstrated in Figure below. Unless an animal cell such as the red blood cell in the top panel has an adaptation that allows it to alter the osmotic uptake of water, it will lose too much water and shrivel up in a hypertonic environment.
If placed in a hypotonic solution, water molecules will enter the cell, causing it to swell and burst. Plant cells bottom panel become plasmolyzed in a hypertonic solution, but tend to do best in a hypotonic environment.
Water is stored in the central vacuole of the plant cell. When water moves into a cell by osmosis, osmotic pressure may build up inside the cell. Osmotic pressure is the main cause of support in many plants.
When a plant cell is in a hypotonic environment, the osmotic entry of water raises the turgor pressure exerted against the cell wall until the pressure prevents more water from coming into the cell.
At this point the plant cell is turgid Figure below. The effects of osmotic pressures on plant cells are shown in Figure below.
The central vacuoles of the plant cells in this image are full of water, so the cells are turgid. The action of osmosis can be very harmful to organisms, especially ones without cell walls.
For example, if a saltwater fish whose cells are isotonic with seawater , is placed in fresh water, its cells will take on excess water, lyse, and the fish will die.
Another example of a harmful osmotic effect is the use of table salt to kill slugs and snails. Organisms that live in a hypotonic environment such as freshwater, need a way to prevent their cells from taking in too much water by osmosis.
A contractile vacuole is a type of vacuole that removes excess water from a cell. Freshwater protists, such as the paramecium shown in Figure below , have a contractile vacuole.