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Almost everybody’s heard of the terms ‘cold-blooded’ and ‘warm-blooded.’ And we all know common examples of each: snakes and reptiles, for example, are cold-blooded. But what most people don’t know is why some animals are cold-blooded and why others aren’t. But what you might not know is that cold-bloodedness isn’t […]


Warm-blooded means that at rest, the animal keeps its body warm and above the temperature of its surroundings. Cold-blooded means that at rest, the animals body temperature is the same as that of ...


Snakes are cold-blooded creatures, just like amphibians. When a certain animal is cold-blooded, it basically means that they are able to adapt their own internal temperature to that of their environment. When a snake is in a cool environment, their body temperature tends to drop rather quickly. When one of these


Answer no snakes are not warm blooded they are cold blooded although some snakes do not bite but are still cold blooded. Go. science math history literature technology health law business All Sections


Snakes are cold-blooded. They become cold if the temperature gets cold. Since snakes cannot maintain their own body temperature, they move to warmer climates to stay warm. Snakes usually enter residences or underground tunnels to escape the cold.


Warm-blooded animal species can maintain a body temperature higher than their environment. In particular, homeothermic species maintain a stable body temperature by regulating metabolic processes. The only known living homeotherms are birds and mammals, though ichthyosaurs, plesiosaurs and dinosaurs are believed to have been homeotherms. Other species have various degrees of thermoregulation.


Warm- and cold-blooded are misnomers and could confuse. Body temperature must reach a certain level in all species to support metabolism. In amphibians and reptiles the heat comes from the environment whereas in mammals and birds it is internally regulated, primarily because hair and feathers provide insulation which protect against rapid heat loss and gain, so secondary homeostatic mechanisms ...


Most reptiles today are cold-blooded, meaning their body temperature is determined by how warm or cold their surroundings are. But, some of the modern ocean's top predators, tuna and swordfish, are “homeothermic” (aka warm-blooded), or able to keep their body temperatures at a constant temperature despite changing environmental conditions.


Cold-blooded animals also need to be warm and active to find a mate and reproduce. Being cold-blooded, however, also has its advantages. Cold-blooded animals require much less energy to survive than warm-blooded animals do. Mammals and birds require much more food and energy than do cold-blooded animals of the same weight.


Why Are Reptiles Cold Blooded? Home Pets & Animals Reptiles. ... Another way reptiles maintain body temperature is by huddling together with other reptiles to either warm up or cool down. Reptiles differ from mammals because mammals must sweat to cool down or shiver their muscles to warm up. Sweating or shivering to regulate body temperature is ...