Two cells $A$ and $B$ are placed in contact. Cell $A$ has an osmotic pressure of $10 \text{ atm}$,turgor pressure of $7 \text{ atm}$,and $DPD$ of $3 \text{ atm}$. Cell $B$ has an osmotic pressure of $8 \text{ atm}$,turgor pressure of $3 \text{ atm}$,and $DPD$ of $5 \text{ atm}$. What will be the result?
- ANo movement of water occurs.
- BEquilibrium is established between the two.
- CWater moves from cell $A$ to cell $B$.
- DWater moves from cell $B$ to cell $A$.
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The osmotic parameter determining the flow of water from one cell to another is:
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View SolutionTwo 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
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 $c$. $\Psi_w = 0$
| Column-$I$ | Column-$II$ |
| $i$. Turgid cell | $a$. $T.P. = 0$ |
| $ii$. Pure water | $b$. $D.P.D. = 0$ |
| $iii$. Flaccid cell | $c$. $\Psi_w = 0$ |
Under given suitable conditions,the $DPD$ will be more than $OP$.
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DifficultAIIMS 2015
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