The surface attraction of water molecules

The movement of a substance from a region of higher concentration to a region of lower concentration

The movement of solvent molecules from a region of lower concentration to a region of higher concentration

The movement of solvent molecules from their region of higher concentration to lower concentration through a semi-permeable membrane

The movement of solvent molecules from a region of higher concentration to a region of lower concentration

A phenomenon by which living or dead cells absorb water by surface attraction

The passage of a substance from its region of lower concentration to a higher concentration through a living cell membrane using energy from the cell

The phenomenon by which dead or living cells absorb water through surface attraction

The passage of a substance from its region of lower concentration to a higher concentration through a living cell membrane using energy from the cell

The movement of water molecules through a semi-permeable membrane from their region of higher to lower concentration

None of the above

None of these

The condition in which the cell content is shrunken and the cell is no longer turgid

The state of a cell in which the cell wall is rigid and stretched by an increase in the volume of the vacuoles due to the absorption of water

The contraction of cytoplasm from the cell wall is caused due to the withdrawal of water when placed in a strong hypertonic solution

The contraction of the cytoplasm from the cell wall due to being placed in a hypertonic solution

The condition in which the cell content is shrunken and the cell is no longer 'tight'

The state of a cell in which the cell wall is rigid and the volume of the cytoplasm has increased due to the absorption of water

None of the above

The contraction of the cytoplasm from the cell wall due to being placed in a hypertonic solution

The state of a cell in which the size of the vacuole increases due to increased absorption of water

The condition of a cell in which the cell contents are shrunken and it's no longer tight

Minimum pressure required to begin the process of osmosis

Minimum pressure required to stop the passage of solute through a semi-permeable membrane

Minimum pressure required to stop the passage of a solvent through a semi-permeable membrane

None of the above

Isotonic- The concentration of water on both sides of the semi-permeable membrane is equal

Hypertonic- The solution outside has a lesser concentration of water molecules

Hypotonic- The solution outside has a higher water concentration

Osmotic pressure- The maximum pressure required to stop the occurrence of osmosis

Turgor pressure- the minimum pressure required to make a cell turgid

Turgor pressure- the pressure exerted by the cell contents on the cell wall

Wall pressure- the pressure exerted by the cell wall on the contents of the cell

Wall pressure- the minimum pressure required to stop the occurrence of osmosis

Helps push through hard ground

Builds up root pressure

Provides rigidity for soft tissues

Helps in building up wall pressure

The loss of excessive water from the plant due to the build-up of root pressure is guttation. Water is lost through specialized cells called Hydathodes

The loss of water in a plant through a cut or break in its stem

High surface area

Root hairs contain cell sap of higher concentration than the surrounding water

Root hairs contain cell sap of lower concentration than the surrounding water

Thin cell wall