In a typical osmotic system there will not be net movement of water between two solutions, when the

System has reached equilibrium

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System is proceeding towards equilibrium

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Levels of both solutions become equal

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Concentration of solute becomes equal

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Solution

The correct option is A System has reached equilibrium
At equilibrium, in an osmotic system the forward movement of water is equal to the backward movement of water and hence net movement will be zero.

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Similar questions

What is the direction of net osmotic movement of water of a solution $A$ enclosed in a semipermeable membrane having an osmotic potential $- 30$ bars and pressure potential $5$ bars is surrounded in a solution $B$ of osmotic potential $- 10$ bars and pressure potential $= 0 ?$

Q. If there is no net movement of water (solvent) between two solutions separated by a semipermeable membrane, the solutions are said to be _____ to each other

Q. Two cells A and B are contiguous. Cell A has osmotic pressure 10 atm and turgor pressure 7 atm. Cell B has osmotic pressure 8 atm and turgor pressure 3 atm. The result will be:

"Select the correct events leading to the opening of stomata:

I)decline in guard cell solutes

II) lowering of osmotic potential of guard cell

III) rise in potassium levels in guard cells

IV)movement of water from neighbouring cells to guard cells

V) guard cells becoming flaccid "

The answer to this question is given as II, III and IV

My doubt is why can it not be I, III and IV.

Because when there is a decline in guard cell solutes, it infers that there has been a movement of water from neighbouring cells to guard cells right?

Q. What will be the direction of the movement of water when two solutions with

Ψ_{w} = 0.2 M P a

and

Ψ_{w} = 0.1 M P a

are separated by a selectively permeable membrane?

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In a typical osmotic system there will not be net movement of water between two solutions, when the

The correct option is A System has reached equilibriumAt equilibrium, in an osmotic system the forward movement of water is equal to the backward movement of water and hence net movement will be zero.

The correct option is A System has reached equilibrium
At equilibrium, in an osmotic system the forward movement of water is equal to the backward movement of water and hence net movement will be zero.