DPD (Diffusion Pressure Deficit) of a cell ma | vedclass

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(D) The $DPD$ of a cell is defined as the difference between the diffusion pressure of pure water and the diffusion pressure of the solution. It is ma

Vedclass · Accepted Answer

None of these

Vedclass · Answer

(D) The $DPD$ of a cell is defined as the difference between the diffusion pressure of pure water and the diffusion pressure of the solution. It is mathematically expressed as: $DPD = OP - TP$. Since $DPD$ is determined by both $OP$ (Osmotic Pressure) and $TP$ (Turgor Pressure),it does not depend on just one of these factors exclusively. Therefore,the correct answer is that it depends on both,making 'None of these' the most appropriate choice among the given options.

$DPD$ (Diffusion Pressure Deficit) of a cell mainly depends upon:

Similar Questions

Osmotic concentration of a solution may be governed by

Under given suitable conditions,the $DPD$ will be more than $OP$.

$A$ hypothetical arrangement of plant cells $(A, B, C, \text{ and } D)$ is given below. Find the correct sequence of movement of water using the given values.

Select the correct option based on the Diffusion Pressure Deficit $(DPD)$ for the following cells:

Who coined the term diffusion pressure deficit?

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