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(C) The movement of water from one cell to another is determined by the $Diffusion \ Pressure \ Deficit$ $(DPD)$.$DPD$ is the difference between the d

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Diffusion pressure deficit

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(C) The movement of water from one cell to another is determined by the $Diffusion \ Pressure \ Deficit$ $(DPD)$.$DPD$ is the difference between the diffusion pressure of a pure solvent and the diffusion pressure of the solution.Water always moves from a region of lower $DPD$ to a region of higher $DPD$ (or from a region of higher water potential to a region of lower water potential).Therefore,$DPD$ is the primary parameter that governs the direction of water flow between cells.

Column-$I$	Column-$II$
$i$. Turgid cell	$a$. $T.P. = 0$
$ii$. Pure water	$b$. $D.P.D. = 0$
$iii$. Flaccid cell	$c$. $\Psi_w = 0$

The osmotic parameter determining the flow of water from one cell to another is:

Similar Questions

Two cells $A$ and $B$ are contiguous. Cell $A$ has osmotic pressure $10 \ atm$,turgor pressure $7 \ atm$ and diffusion pressure deficit $3 \ atm$. Cell $B$ has osmotic pressure $8 \ atm$,turgor pressure $3 \ atm$ and diffusion pressure deficit $5 \ atm$. The result will be

The real forces responsible for the movement of water from one cell to another cell is mainly

$DPD$ is equal to:

If water enters a cell,the pressure exerted by its swollen protoplast against the cell wall is known as:

Match Column-$I$ with Column-$II$.
Column-$I$ Column-$II$
$i$. Turgid cell $a$. $T.P. = 0$
$ii$. Pure water $b$. $D.P.D. = 0$
$iii$. Flaccid cell $c$. $\Psi_w = 0$

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