In a plant cell,the Diffusion Pressure Defici | vedclass

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(B) The $DPD$ (Diffusion Pressure Deficit) is defined by the equation: $DPD = OP - TP$,where $OP$ is Osmotic Pressure and $TP$ is Turgor Pressure.When

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turgid

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(B) The $DPD$ (Diffusion Pressure Deficit) is defined by the equation: $DPD = OP - TP$,where $OP$ is Osmotic Pressure and $TP$ is Turgor Pressure.When a plant cell is fully turgid,the Turgor Pressure $(TP)$ becomes equal to the Osmotic Pressure $(OP)$.Therefore,$DPD = OP - OP = 0$.Thus,in a fully turgid cell,the $DPD$ is zero.

In a plant cell,the Diffusion Pressure Deficit $(DPD)$ is zero when it is . . . . . . .

Similar Questions

The absorption of water by root hairs from the soil occurs due to:

$A$: Xerophytes have high water-retaining capacity.
$R$: They have high $OP$.

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