Answer:
Explanation:
A really good example of a homeostatic mechanism is maintaining proper body heat. When the body is too cold, the extremities will have vasoconstriction and shivering. When the body is too hot, there is vasodialation in the extremities and sweating. Between all of these mechanisms, the body can stay at the ideal temperature.
The homeostatic mechanism usually alters body temperature. When the body becomes cold, it will result in vasoconstriction and shivering. When the body becomes overheated, it will result in vasodilation and perspiring. In this way body maintains its temperature.
Vasodilation is the broadening of blood vessels caused by the stress relief of the muscular walls of the blood vessels.
Vasodilation is a physiological process that increases blood flow to areas of the body that are deficient in oxygen and/or nutrients.
The homeostatic mechanism regulates body temperature. When the body becomes too cold, vasoconstriction and shivering occur in the hands and feet.
When the body becomes overheated, there is vasodilation and perspiring in the extremities. The body can maintain an ideal temperature by utilizing all of these mechanisms.
Thus, in this way the body that is regulated or controlled by a homeostatic mechanism.
For more details regarding homeostasis, visit:
https://brainly.com/question/3888340
#SPJ2
