Cell Transport

Front

Movement of molecules down the concentration gradient with NO ATP and NO help

Back

Passive transport

Front

The movement of dye, oxygen, and carbon dioxide

Back

Diffusion

Front

Not utilized in passive transport: Against the gradient, Vesicles, Adenosine Triphosphate (ATP), Vesicles/ vacuoles

Back

Adenosine Triphosphate (ATP)

Front

Movement of water/ H2O down the concentration gradient.

Back

Osmosis

Front

Identify F - which provides flexibility to the cell membrane. Options: Phosphate heads, Lipid tails, Cholesterol, Transport proteins

Back

Cholesterol

Front

Correct arrangement of the phospholipid bilayer: (outside) Lipid, phosphate, lipid, and phosphate (inside), (Outside) Phosphate, lipid, lipid, and phosphate (inside), (Outside) phosphate, phosphate, lipid, and lipid (inside), (outside) Lipid, lipid, phosphate, phosphate (inside)

Back

(Outside) Phosphate, lipid, lipid, and phosphate (inside)

Front

This molecule always moves from an area that is hypotonic to an area that is hypertonic and does NOT use ATP.

Back

Water

Front

This molecule moves by using transport proteins from an area of high concentration to an area of low concentration and does NOT use ATP. Options: Carbon dioxide, Oxygen, Water, Glucose

Back

Glucose

Front

Identify the part of the cell membrane that is hydrophilic. Options: G, F, B, E

Back

B

Front

What term describes the solution that the egg is sitting in?

Back

Hypertonic