Two aqueous solution $S_{1}$ and $S_{2}$ are separated by a semipermeable membrane. Solution $S_{1}$ has got a greater vapour pressure than solution $S_{2}$ . Water will be flowing :

from

S_{1}

S_{2}

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from

S_{2}

S_{1}

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in both the directions

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in either direction depending upon the nature of the solute

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Solution

The correct option is A from $S_{1}$ to $S_{2}$
Water will flow from $S_{1}$ to $S_{2}$ because $S_{1}$ has more vapour pressure than $S_{2}$ , means $S_{1}$ has less concentration of solute than $S_{2}$ .

Option A is correct.

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Similar questions

Two solutions $S_{1}$ and $S_{2}$ containing 0.1 M NaCl (aq) and 0.05 M $B a C l_{2} (a q)$ are separated by semipermeable membrane. Which among the following statement(s) is/are correct? (Assume complete dissociation of both the electrolytes).

The solution for the equations $c_{1}$ x + $b_{1}$ y + $a_{1}$ = 0 and $c_{2}$ x + $b_{2}$ y + $a_{2}$ = 0 is

$S_{1}$ : x = $\frac{(b_{1} a_{2} - b_{2} a_{1})}{(c_{1} b_{2} - c_{2} b_{1})}$

$S_{2}$ : y = $\frac{(c_{1} a_{2} - c_{2} a_{1})}{(a_{1} b_{2} - a_{2} b_{1})}$

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Q. Resistances R₁ , R₂, R₃ and R₄ are connected as shown in the figure. S₁ and S₂are two keys. Discuss the current flowing in the circuit in the following cases.

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Two aqueous solution S1 and S2 are separated by a semipermeable membrane. Solution S1 has got a greater vapour pressure than solution S2. Water will be flowing :

The correct option is A from S1 to S2Water will flow from S1 to S2 because S1 has more vapour pressure than S2, means S1 has less concentration of solute than S2.Option A is correct.

Two aqueous solution $S_{1}$ and $S_{2}$ are separated by a semipermeable membrane. Solution $S_{1}$ has got a greater vapour pressure than solution $S_{2}$ . Water will be flowing :

The correct option is A from $S_{1}$ to $S_{2}$
Water will flow from $S_{1}$ to $S_{2}$ because $S_{1}$ has more vapour pressure than $S_{2}$ , means $S_{1}$ has less concentration of solute than $S_{2}$ .

Option A is correct.