"Warm blooded " or ___ animals maintain their own body temperatures from within.

Quesiton : "Warm blooded " or ___ animals maintain their own body temperatures from within.

Answer: exothermic

"Warm blooded " or ___ animals maintain their own body temperatures from within. therm sentences. STUDY. PLAY. endothermic "Warm blooded " or ___ animals maintain their own body temperatures from within . exothermic "Cold-blooded" animals such as lizards and snakes are ___ as they rely on the sun to warm up. therm. Two units of … What are Warm Blooded Animals. They maintain a constant body temperature between 35 – 40 °C mainly by metabolic processes and adaptive mechanisms such as sweating panting insulation regulation of blood flow to extremities migration hibernation burrowing changing the body surface area to body volume ratio etc. Start studying Biology Chapter 16 Review Questions. Learn vocabulary terms and more with flashcards games and other study tools. ... warm blooded animals that generate their own body heat and often have eleborate mechanisms for maintaining body temperatures within a narrow range. Warm blooded animals are mammals and birds. Examples are humans and all other live birth bearing creatures that nurse their young. Birds of all kinds. Cold blooded are reptiles amphibians fish and insects. Examples of reptiles; lizards and snakes. Amphibians; frogs and salamanders. Fish well you know them fins scales swim in water. Temperature Control Systems. Warm blooded pets show natural control systems to keep their body temperature level constant. However chilly blooded animals lack these systems and also as a result their temperature level adjustments inning accordance with the temperature of their setting. Updated January 26 2018. Endothermic animals are those that must generate their own heat to maintain an optimal body temperature. In ordinary language these animals are commonly referred to as " warm-blooded .". The term endotherm comes from the Greek endon meaning within and thermos which means heat. Scientists now use new terms: Endotherms and ectotherms. Warm-blooded animals such as mammals and birds were able to maintain their body temperature regardless of the surroundings. Cold-blooded animals such as reptiles amphibians insects arachnids and fish were not. So while cold-blooded animals did not always have “cold” blood ... Advantages and Disadvantages. This is because in warm-blooded animals the heat loss from their bodies is proportional to the surface area of their bodies while the heat created by their bodies is proportional to their mass. The ratio of a body s surface area to its mass is less the larger the animal is. The most important adaptation is how animals regulate their body temperature. Animals can be either warm-blooded or cold-blooded. Warm-blooded animals which are mostly birds and mammals need to maintain a relatively constant body temperature or they would suffer dire consequences. Endotherm Ectotherm Homeothermy