Increasing the concentration of solutes in the external solution.

Placing the cell in a hypertonic solution.

Placing the cell in a hypotonic solution.

Decreasing the cell's internal solute concentration.

    Flaccid and its TP becomes zero

Turgid and its becomes zero

Turgid and TP becomes equal to OP

Flaccid and DPD becomes zero

Hypotonic solution

Isotonic solution

Hypertonic solution

Water

DPD of turgid cell is zero

In a plasmolysed cell OP = TP

${\psi _w}$ of pure water is zero

${\psi _s}$ is always negative for a solution

Dilute salt solvent

Concentrated salt water

Pure water

none of these

Transpiration

Guttation

Plasmolysis

Imbibition

    Exosmosis

Endosmosis

Reverse osmosis

Diffusion

Bactria undergo plasmolysis

Dead cells of fish undergo plasmolysis

Both

None of these

    Both plant cell and RBC would not undergo any change

    The RBC would increase in size and burst, while the plant cell would remain about the same size

    The plant cell would increase in size and burst, while the RBC would remain about the same size

    Both plant cell and RBC would decrease in size and collapse

TP of cell gets reduced

TP opposes the entry of water

Water potential of the cell become more negative

    Water potential of the cell increases simultaneously

Hypertonic

Hypotonic

Isotonic

None of these