Diffusion Basics
Osmosis in Action
Real-Life Examples
Photosynthesis
Cellular Respiration
100

In diffusion, particles move from areas of _____ to _____ concentration.

High to low

100

What is osmosis specifically the movement of?

Water

100

Where does the eye get oxygen from?

From the atmosphere by diffusion.

100

Name the 2 products of photosynthesis.

What are glucose (sugar) and oxygen (O2)?

100

Name the 2 reactants of cellular respiration .

What are oxygen (O2) and glucose (sugar).

200

What is the term for a balanced concentration on both sides of a membrane?

Equilibrium

200

What direction does water move in osmosis?

From high to low water concentration

200

Which organ absorbs nutrients using diffusion?

The small intestine

200

The organelle where photosynthesis takes place.

What is a chloroplast?

200

The (Blank) is the location of this aerobic process.

What is the mitochondria?

300

Why does diffusion require no energy?

It happens naturally due to particle motion

300

What happens to a plant cell when it’s placed in pure water?

Water enters the cell and it swells

300

What happens in the lungs due to diffusion?

Oxygen enters blood, CO₂ exits.

300

The main function of photosynthesis (main product).

What is glucose?

300

The main function of cellular respiration (main product).

What is ATP (energy)?

400

Which gas diffuses into the eye from the atmosphere?

Oxygen (O₂)

400

What happens to animal cells when too much water enters by osmosis?

They can burst or lyse.

400

What organ uses osmosis to balance water and waste?

The kidney

400

The pigment found in green plants that absorbs sunlight.

What is chlorophyll?

400

These kind of cells have mitochondria.

What is Eukaryotic?

500

What process allows CO₂ to exit the body through the lungs?

Diffusion

500

Why is osmosis important for cells?

It helps maintain balance by controlling water movement in and out.

500

What happens if you place a raisin in water overnight?

It swells as water enters by osmosis.

500

The balanced equation of photosynthesis (number of each molecule needed).

6CO₂ + 6H₂O (+ light energy) → C₆H₁₂O₆ + 6O₂

500

The balanced equation of cellular respiration (number of each molecule needed).

 C6H12O6 + 6O2 → 6CO2 + 6H2O [+ ATP]