Match Column-I with Column-II.Column-IColumn- | vedclass

Name: Exam Paper Generator | JEE NEET Paper Generator | Vedclass
Brand: Vedclass
Rating: 5 (35 reviews)

Question

(B) $1$. A Turgid cell is a cell that is fully distended with water. In this state, the Turgor Pressure $(T.P.)$ is equal to the Osmotic Pressure $(O.

Vedclass · Accepted Answer

$i-b, ii-c, iii-a$

Vedclass · Answer

(B) $1$. A Turgid cell is a cell that is fully distended with water. In this state, the Turgor Pressure $(T.P.)$ is equal to the Osmotic Pressure $(O.P.)$, which makes the Diffusion Pressure Deficit $(D.P.D.)$ equal to zero $(D.P.D. = O.P. - T.P. = 0)$. Thus, $i-b$.$2$. Pure water has the highest water potential, which is defined as zero at standard temperature and pressure. Thus, $ii-c$.$3$. A Flaccid cell is a cell that has lost water and is no longer turgid. In a flaccid cell, the Turgor Pressure $(T.P.)$ is zero. Thus, $iii-a$.Therefore, the correct matching is $i-b, ii-c, iii-a$.

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

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 $c$. $\Psi_w = 0$

Similar Questions

What is the direction of the net movement of water between two cells $X$ and $Y$ if the $DPD$ of $X$ is lower than $Y$?

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

What is the pressure exerted by the protoplast against the cell wall called?

In xerophytes,the osmotic concentration of cell sap is

The hydrostatic pressure which develops due to the entry of water into a plant cell is known as:

Vedclass Test Series

Exam Paper Generator

Online Exam Module

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$. $\Psi_w = 0$