Cell Types & Structures
Energy in Cells
Transport & Movement
Organelles in Action
Photosynthesis & Respiration
100

This type of cell has a nucleus and other membrane-bound organelles.

Eukaryotic

100

This molecule is considered the main “energy currency” of the cell.

ATP

100

Water moves across a membrane from high to low concentration. This process is called…

Osmosis

100

This organelle digests worn-out cell parts and foreign materials.

Lysosome

100

Plants store sunlight energy in this molecule.

Glucose

200

These tiny structures float in the cytoplasm or are attached to the ER and are the site of protein production.

Ribosomes

200

When a plant cannot photosynthesize, its cells can still make ATP using this process.

Cellular respiration (or fermentation, if oxygen is absent)

200

Large molecules too big to diffuse enter a cell using this method.

Endocytosis

200

A poison stops this organelle from making proteins. Which organelle is not functioning?

Ribosome: the cell cannot make proteins

200

Name the two main raw materials plants need to perform photosynthesis.

Carbon dioxide and water

300

Cells in your body look different because they are part of different _____ with unique roles.

Tissues

300

Cells that need lots of energy, like muscle cells, have extra numbers of this organelle.

Mitochondria

300

A white blood cell swallows a bacterium. What is this process called?

Endocytosis

300

A toxin prevents this organelle from packaging and shipping proteins. What is the first effect on the cell?

Golgi apparatus; proteins are not packaged or shipped

300

Which input is essential for cellular respiration but not for photosynthesis?

Oxygen

400

This organelle packages and ships proteins to other parts of the cell or outside it.

Golgi apparatus (Golgi bodies)

400

A student measures yeast energy production with no oxygen. What process allows the yeast to survive?

Fermentation

400

Cells shrink if they are exposed to seawater. Which process explains this?

Osmosis

400

Name two organelles and explain how their structure and function reflect God’s design.

Mitochondria (efficient energy production), chloroplasts (capture sunlight); structure perfectly supports function, showing God’s design

400

During photosynthesis, what organelle gives leaves their green color?

Chloroplast

500

Sometimes called the “powerhouse” of the cell, this organelle is crucial for energy production.

Mitochondrion

500

Name the three steps/processes where energy is captured, stored, and used inside a plant cell.

Photosynthesis in chloroplasts → glucose storage → ATP production in mitochondria

500

Broken-down materials in a cell are sent outside using this process.

Exocytosis

500

This organelle captures sunlight to make energy in plants.

Chloroplast

500

Compare fermentation and cellular respiration: which produces more ATP, and why?

Cellular respiration produces more ATP because it fully breaks down glucose with oxygen, while fermentation produces less energy without oxygen.