The red dots are salt. What type of solution is this cell in, and in which direction will
the water move?
(The salt cannot pass the membrane of this cell)

A.) hypertonic, out of the cell

B.) Hypotonic, out of the cell

C.) hypotonic, into the cell

D.) hypertonic, into the cell

When cells are exposed to high levels of salt (sodium chloride) they lose water by osmosis and shrink. The cytoplasm condenses and the movement of cellular components, such as the cytoskeleton and organelles, stops. Cells adapt to high salt by quickly importing salt in order to attract water and regain volume, at the expense of increased salt concentration. Unlike cell volume, the movements of cellular components are slow to recover and, depending on the dose of salt, may not recover fully.

The red dots are salt. What type of solution is this cell in, and in which direction will the water move? (The salt cannot pass the membrane of this cell) A.) hypertonic, out of the cell B.) Hypotonic, out of the cell C.) hypotonic, into the cell D.) hypertonic, into the cell

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The red dots are salt. What type of solution is this cell in, and in which direction will
the water move?
(The salt cannot pass the membrane of this cell)

A.) hypertonic, out of the cell

B.) Hypotonic, out of the cell

C.) hypotonic, into the cell

D.) hypertonic, into the cell