click below
click below
Normal Size Small Size show me how
SLHS Biology
SLHS Biology: Unit 2 cells
| Question | Answer |
|---|---|
| Has the consistency of egg-white; holds all the cell organelles, the inner space of cell | cytoplasm |
| A membrane network responsible for dividing the cell into compartments and transportation through the cell; often found with ribosomes on it. | endoplasmic reticulum |
| The site where proteins are folded, modified and packaged for use | Golgi apparatus (complex) |
| The "construction" site where proteins are synthesized (built) | Ribosomes |
| The site of photosynthesis (making of glucose) in the cells of plants | chloroplasts |
| Digestive enzymes are contained within these sacs for "cleaning up" the inside of cells | lysosomes |
| The part of the cell that controls what goes in and out of the cell | cell membrane |
| Food and water storage sacs which make up 90% of plant cells | vacuole |
| The structure made out of cellulose which helps support plant cells | cell wall |
| Contains the genetic material (genes), which are instructions on how to make proteins | Nucleus |
| The site of cell respiration in cells where glucose is broken down to make usable energy | mitochondria |
| What is the field of view in micrometers under MEDIUM power? | 2000 um |
| What is the field of view in micrometers under LOW power? | 5000 um |
| If an object takes up 1/2 of the field of view under LOW power, how big is it in milimeters? | 2.5 mm |
| What type of cell would you examine to find a chloroplast? | Plant cell |
| An organism that is made up of more than one cell is known as: | Multicellular |
| Where are blood cells made in your body? | bone marrow |
| This type of cell has a nucleus and membrane surrounded organelles? | Eukaryotic |
| This person was the first to look at living cells: | Van Leeuwenhook |
| This is the magnification of our microscopes on medium power: | 100x |
| This is the magnification of our microscopes on low power: | 40x |
| This is the magnification of our microscopes on high power: | 400x |