Organelles
Cells
Transport
Energy
Misc
100

This organelle is found only in plant cells

Chloroplast

100

This type of cell has no membrane bound organelles 

Prokaryote

100

Molecules will move from higher concentrations to lower ones all on their own in this type of passive transport

Diffusion (simple diffusion)

100

Energy cannot be created or destroyed is this law of energy

The 1st law of energy

100

This is the type of fit enzymes have so they can only bind to specific substrates

Lock and key 

200

This organelle modifies and repackages materials in the cell

Golgi apparatus

200

This is what we use to visualize cells

Microscope

200

Molecules will move from higher concentrations to lower ones via a carrier protein this type of passive transport

Facilitated diffusion

200

This is the second law of energy

One useable form of energy cannot be completely converted into another useable form, some is lost as heat

200

This is when the concentrations of a solute are the same inside the cell as they are in the surrounding environment

Isotonic

300

This organelle is responsible for protein synthesis

Ribosome

300

This type of cell has membrane bound organelles

Eukaryote

300

This is the name for passive transport specific for water

Osmosis

300

This is the loss of electrons and hydrogen

Oxidation

300

This is when the concentrations of a solute are higher in the surrounding environment than they are inside the cell

Hypertonic

400

This organelle is responsible for the production of ATP

Mitochondria

400

The phospholipid bilayer with embedded proteins makes up this

Plasma membrane

400

This type of active transport the cell surrounds, engulfs, and digests a nearby particle

Phagocytosis

400

This is the gain of electrons and hydrogen

Reduction

400

In this type of enzyme inhibition, the inhibitor binds to the active site on the enzyme

Competitive inhibition

500

This is the storage organelle, especially for wastes and water

Vacuole

500

3 features all cells have

1. Plasma membrane

2. Cytoplasm

3. Genetic material

500

This type of active transport uses ATP to transport molecules against the concentration gradient

Pump

500

This is the amount of heat required to raise the temperature of one gram of water one degree Celsius

calorie

500

A cell that has a cell wall, chloroplasts and a large central vacuole will be this type of cell

Plant cell