Passive Transport
Active Transport
Solutions
Scenarios
Cell Membrane
100

Passive Transport uses _____  energy

No, 0

100

Active Transport moves molecules __________

Against the concentration gradient 

100

When the solvent and solute are evenly distributed throughout the solution

Isotonic

100

Water moves across the cell membrane 

Osmosis

100

The barrier around the cell that is semi-permeable

Cell Membrane

200

Water uses this type of diffusion

Osmosis

200

Active Transport requires energy in the form of _______

ATP

200

Water moves _________ in a hypertonic solution

out of the cell

200

A white blood cell engulfs a pathogen using this type of transport

Endocytosis

200

The heads of the phospholipid bilayer are ________

hydrophilic 

300

The movement of small molecules through the phospholipid bilayer from a high to low concentration

simple diffusion

300

The process by which a cell releases a substance from a vesicle to outside the cell

Exocytosis

300

When a solution has a low concentration of solute

hypotonic

300

A vesicle carries insulin out of the cell to be released into the blood stream

Exocytosis

300

The tails of the phospholipid bilayer are  ___________

Hydrophobic

400

The movement of large or charged molecules from a high to low concentration via a protein

facilitated diffusion

400

The process by which a cell engulfs a substance to bring it into a cell by creating a vesicle around it

endocytosis

400

The differing concentrations between a cell and solution are referred to as what

Concentration Gradient

400

Oxygen diffuses directly through the cell membrane in this type of diffusion

simple diffusion

400

This part of the cell membrane consists of both a hydrophilic and hydrophobic part

phospholipid bilayer

500

A large molecule is carried by a protein across the cell membrane through a ___________ with the concentration gradient from high to low

protein channel

500

When molecules are pumped from low to high concentrations they need __________ to cross the cell membrane

 protein pump

500

Molecules stop passive transport when both sides of the membrane reach ________

Equilibrium

500

Moving sodium from a low to high concentration requires these two things _______ and ________

Energy (ATP) and a protein pump

500

Specialized protein that can help water move through the cell membrane

Aquaporin

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