Prokaryote, Eukaryote, or Both
Making Food and Energy
Cell Organelles
The Cell Membrane
Cell Transport
100

This type of cell has DNA

What are both types of cells?

100

This organelle carries out photosynthesis.

What is a chloroplast?

100

This organelle contains the DNA of a cell.

What is the nucleus?

100

This molecule makes up the majority of a cell membrane and it comes in two layers?

What are phospholipids? (What is the phospholipid bilayer?)

100

This type of transport does not require energy.

What is passive transport?

200

This type of cell keeps its DNA in the nucleus?

What is a prokaryote?

200

This organelle produces energy by breaking down the chemicals in food.

What is a mitochondrion?

200

This organelle is often studded with ribosomes and is the site of protein synthesis.

What is the Endoplasmic Reticulum?

200

These large molecules can be used to move water across a cell membrane.

What are channel proteins or aquaporins?

200

Facilitated diffusion is an example of this type of transport.

What is passive transport?

300

This type of cell has ribosomes.

What are both types of cells?

300

This organelle contains a pigment known as chlorophyll.

What is a chloroplast?

300

This organelle is often compared to the UPS because it modifies and packages proteins for transport.

What are the Golgi bodies?

300

This molecule keeps the cell membrane at the correct fluidity. It can also be used in cell recognition.

What is cholesterol?

300

This is the diffusion of water.

What is osmosis?

400

This type of cell may have a chloroplast.

What is a eukaryotic cell (likely a plant cell)?

400

This organelle produces ATP.

What is a mitochondrion?
400

This organelle contains digestive enzymes that help a cell break down wastes and recycle molecules.

What is a lysosome?

400

This is how we would describe the head and tail of a phospholipid found in the bilayer.

What are hydrophilic (head attracts water) and hydrophobic (tail repels water)?

400

Active transport moves substances in this direction of the concentration gradient?

What is against the concentration gradient, from low to high concentration?

500

A protist, such as an algae, is this type of cell.

What is a eukaryote?

500

This theory explains the likely origin of chloroplasts and mitochondria.

What is the endosymbiotic theory?

500

These are the functions of a vacuole in a plant cell.

What are to store water, wastes, toxins, and to provide structure?

500

These types of molecules can't make it across the cell membrane without help.

What are polar molecules and charged molecules?

500

These three forms of active transport require energy.

What are protein pumps, endocytosis, and exocytosis?