Cells

Front 1

the relative concentration of solute (and also solvent) outside the cell compared to inside the cell

Back 1

tonicity

Hint 1

there are 3 types

Front 2

the same concentration of solute (and therefore water) as the cell.

Back 2

isotonic solution

Hint 2

in this solution there no net movement of water

Front 3

has a higher solute (therefore, lower water) concentration than the cell

Back 3

hypertonic solution

Hint 3

in this solution water moves out of the cell into the solution

Front 4

has a lower soluter concentration (therefore higher water) than the cell

Back 4

hypotonic solution

Hint 4

in this solution water moves from the solution into the cell

Front 5

the pressure exerted when a plant cell is in a hypotonic solution and the large central vaculoe gains water

Back 5

turgor pressure

Front 6

when plant cells are in a hypertonic solution, the central vacuole loses water, and the cytoplasm, including the chloroplasts, pulls away from the cell wall

Back 6

plasmolysis

Front 7

small membranous bodies, each with a specific function and structure

Back 7

organelles

Hint 7

only eukaryotic cells have these

Front 8

material bounded by a plasma membrane and cell wall

Back 8

cytoplasm

Front 9

polar molecules

Back 9

molecules with charged groups or atoms

Front 10

nonpolar molecules

Back 10

molecules with no charged groups or atoms

Front 11

causes fat to disperse in water and has molecules with both polar and non polar ends

Back 11

emulsifiers

Front 12

emulsifiers found in bile produced by the liver

Back 12

bile salts

Hint 12

used in the digestive tract

Front 13

smallest unit of life

Back 13

cell