Name the Part of the Cell Membrane
Labeling Parts of the Cell Membrane
Passive Transport
Osmotic Solutions
Active Transport
100

The main component of the cell membrane

the phospholipid bilayer

100

Identify structure "D" in the cell membrane.

phospholipid head

100

Passive transport (does/does not) require energy.

does not

100

The type of osmotic solution where both solutions are equal

isotonic

100

Active transport (does/does not) require energy.

does

200

The hydrophobic part of the cell membrane

phospholipid tail

200

Identify structure "K" in the cell membrane.

cytoplasm

200

Passive transport moves molecules from _________ to _________ concentration.

high; low

200

Is the cell in this example isotonic, hypertonic, or hypotonic?

hypertonic

200

Active transport moves molecules from _________ to _________ concentration.

low; high

300

The part of the cell membrane that moves large molecules into the cell

transport protein

300

Identify structure "F" in the cell membrane.

carbohydrate

300

The type of passive transport that moves water through the cell membrane

osmosis

300

Is the cell in this example isotonic, hypertonic, or hypotonic?

hypotonic

300

During active transport, molecules move _________ the concentration gradient.

against

400

The part of the cell membrane that used in cell recognition

carbohydrate

400

Identify structure "G" in the cell membrane.

receptor protein

400

The type of passive transport that requires a transport protein

facilitated diffusion

400

In order for this scenario to be in equilibrium, what do the missing concentrations need to be?

A. 25%

B. 80%

400

During endocytosis and exocytosis, what cell part is formed to move large molecules?

vesicle

500

The part of the cell membrane that adds fluidity to the cell membrane's structure

cholesterol

500

Identify structure "A" in the cell membrane.

glycoprotein

500

Identify two examples of molecules that move through the cell membrane during simple diffusion

oxygen and carbon dioxide

500

In order for this scenario to be in equilibrium, what do the missing concentrations need to be?

A. 50%

B. 35%

500

The type of active transport that moves molecules into the cell

endocytosis