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Osmosis 5.5
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Osmosis 5.5
Overview
- When the water potential in equal the solution is in equalibrium
- The diffusion of water leads to an inrease in pressure
- Turgor pressure in plants
- Hydrostatic pressure in animals
- Osmosis is the net movement of water from an area of high concentration to an area of low concentration down the concentration gradient accross a semi permeable membrane
Red Blood Cell
- Water potential of external solution - higher
- Net movement of water - enters cell
- State of cell - plasmolysis
- State of cell - plasmolysis
- Net movement of water - enters cell
- Water potential of external solution - equal
- Net movement of water - no change
- State of cell - no change
- State of cell - no change
- Net movement of water - no change
- Water potential of external solution - lower
- Net movement of water - leaves cell
- State of cell - crenation
- State of cell - crenation
- Net movement of water - leaves cell
- Water potential of external solution - higher
Plant Cell
- Water potential of external solution - higher
- Net movement of water - enters cell
- State of cell - turgid
- State of cell - turgid
- Net movement of water - enters cell
- Water potential of external solution - equal
- Net movement of water - no net movement
- State of cell - no change
- State of cell - no change
- Net movement of water - no net movement
- Water potential of external solution - lower
- Net movement of water - leaves cell
- State of cell - Plasmolysis
- State of cell - Plasmolysis
- Net movement of water - leaves cell
- Water potential of external solution - higher
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- Biology Mind Map on Osmosis 5.5, created by Harry Lovegrove on 21/05/2020.
- Created by
- Harry Lovegrove
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