| A | B |
|---|
| These condense into an X-shape before mitosis. | Chromatids |
| How a cell membrane move large particles into the cell. | Endocytosis |
| The movement of particles from an area of low concetration to an area of high concetration. | Diffusion |
| This process ends when a cell divides and new cells are formed. | Cell Cycle |
| Human bodies have 23 pairs of these. | Homologous Chromosomes |
| The movement of particles through proteins against the normal direction of diffusion | Active Transport |
| Oxygen can slip between these molecules, which make up much of the cell membrane. | Phospolipids |
| This is the region where chromatids are held together. | Centromere |
| Bacteria double this way. | Binary Fission |
| This word means "outside the cell." | Exocytosis |
| Diffusion of water across a membrane. | Osmosis |
| The way organisms get energy from food using oxygen. | Cellular Respiration |
| The complicated process of chromosome seperation; the second stage of the cell cycle. | Mitosis |
| The process by which plants capture light energy and change it into food. | Photosynthesis |
| The diffusion of particles through special "doorways" in the cell membrane. | Passive Transport |
| The cytoplasm splits in two during this process. | Cytokinesis |
| During this stage of the cell cycle, this forms in eukaryotic cells with cell walls. | Cell Plate |
| When there's no oxygen for your cells, they use this to get energy. | Fermentation |
| Special doorways in the cell membrane are made of these. | Proteins |
| Oxygen can pass through this cell part. | Cell Membrane |
