Diffusion
Osmosis
Solutions
Types of Solutions
Real-Life Scenarios
100

Movement of molecules from high concentration to low concentration is called

Diffusion

100

Osmosis is the diffusion of ________ through a selectively permeable membrane.

Water

100

A solution is a mixture of two parts: ________ and ________.

Solvent and solute

100

A solution with more solute and less water than the cell is called ________.

Hypertonic

100

After eating salty chips, your cells lose water and shrink. What type of solution?

Hypertonic 

200

Does diffusion require energy?

No

200

Water moves from ________ water to ________ water.

More water → less water

200

The solvent is the ________ that does the dissolving.

Liquid (usually water)

200

In a hypertonic solution, water moves ________ the cell.

Out of

200

A gummy bear grows in pure water overnight. What type of solution?

Hypotonic 

300

What happens when molecules become evenly spread out?

They reach equilibrium.

300

Does osmosis require energy?

No

300

The solute is the ________ that gets dissolved.

Substance (like salt or sugar)

300

A solution with less solute and more water than the cell is called ________.

Hypotonic

300

An IV fluid that keeps cells the same size is what type of solution?

Isotonic

400

Give one real-life example of diffusion.

Perfume spreading in a room.

400

Why is osmosis important to cells?

It helps maintain water balance.

400

If there is more solute, is there more or less water?

Less water

400

In a hypotonic solution, water moves ________ the cell.

Into

400

If a plant is placed in salt water, what happens to its cells?

They shrink and wilt (hypertonic).

500

What type of transport includes diffusion?

Passive transport.

500

What part of the cell controls osmosis?

The selectively permeable cell membrane.

500

Why do cells react to the amount of solute in their surroundings?

Because it affects how water moves in or out of the cell.

500

A solution with equal solute and water is called ________.

Isotonic

500

If a red blood cell bursts from too much water entering, what solution caused it?

Hypotonic