1. | \(\psi_{s}=\psi_{w}+\psi_{p}\) |
2. | Wall pressure + Turgor pressure = Osmotic pressure |
3. | Solute potential = Osmotic potential - Osmotic pressure |
4. | Wall pressure = Osmotic pressure + Osmotic potential |
1. | Water enters into the cell eventually rupturing it |
2. | Water enters into the cell and turgor pressure is developed |
3. | Water comes out of the cell making it plasmolysed |
4. | Net movement of water will be zero |
(a) | Imbibition pressure | i. | Responsible for enlargement and extension growth of cell |
(b) | Turgor pressure | ii. | Used by prehistoric man to split rocks and boulder |
(c) | Mass or bulk inflow | iii. | Depends on pressure differences |
(d) | Osmosis | iv. | Depends on both pressure and concentration gradient |
A | B | |
1. | Hypotonic | Less |
2. | Hypertonic | More |
3. | Hypotonic | Equally |
4. | Hypertonic | Less |