1 | Asexual reproduction | | _____ | An organism whose body temperature changes with its surrounding environment |
2 | Autotrophs | | _____ | Reproduction that involves the union of gametes from two organisms: a male and a female |
3 | Binomial nomenclature | | _____ | Organisms that are able to produce their own food |
4 | Diffusion | | _____ | An animal that maintains a controlled internal body temperature using its own heating and cooling mechanisms |
5 | Ectotherm | | _____ | Organisms that cannot make their own food and must obtain it from other organisms |
6 | Endotherm | | _____ | The process by which food is converted into useable energy for life functions |
7 | Heterotrophs | | _____ | An organism that regulates its internal concentration of salts |
8 | Homeostasis | | _____ | The diffusion of water across a selectively permeable membrane |
9 | Hameotherm | | _____ | An animal whose internal body temperature is a result of internal sources of heat |
10 | Metabolism | | _____ | The tendency of living organisms to control or regulate changes in their internal environmen |
11 | Osmoconformer | | _____ | The movement of molecules from an area of high concentration to an area of low concentration |
12 | Osmoregulator | | _____ | An organism whose body temperature is controlled by its surrounding environment |
13 | Osmosis | | _____ | The process by which an organism uses the energy from the sun to produce its own food |
14 | Photosynthesis | | _____ | An organism that allows its internal concentration of salts to change in order to match the external concentration of salts in the surrounding water |
15 | Poikilotherm | | _____ | Identifying an organism by its genus and species name |
16 | Respiration | | _____ | Reproduction accomplished by a single organism |
17 | Sexual reproduction | | _____ | An organism that allows its internal concentration of salts to change in order to match the external concentration of salts in the surrounding water |