A selectively permeable membrane separates solution a and

b. the concentration of water molecules in solution b is higher than in solution

a. describe how the water molecules will work

Question

Alessandra Noble

Chemistry

18 August, 16:57

A selectively permeable membrane separates solution a and

b. the concentration of water molecules in solution b is higher than in solution

a. describe how the water molecules will work

+4

Answers (1)

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Kelsie Garner · Answer 1

The water molecules will flow from b to a due to osmosis.

Osmosis is where water molecules will flow from a region of higher water potential to a region of lower water potential, through a selectively permeable membrane.

When the water molecule concentration is higher, it has a higher water potential top. Water potential is the tendency for them to flow to a lower region.

The net movement will stop until both sides of the solution has a same water potential.

A selectively permeable membrane separates solution a andb. the concentration of water molecules in solution b is higher than in solutiona. describe how the water molecules will work

A selectively permeable membrane separates solution a and

b. the concentration of water molecules in solution b is higher than in solution

a. describe how the water molecules will work