iple 37 C/98.6°F for normal body temperature. at other examples can you think of

Question

iple 37 C/98.6°F for normal body temperature. at other examples can you think of that require constant homeostatic control over Wha pnysiological processes? Check out this link: https://en wikipedia.org/wikilHomeostasis What is the fundamental mechanism that keeps a variable close to its set point-or normal value? hat mechanism is a self-amplifying cycle in which physiological change leads to even greater change in the same direction, rather than producing the corrective effects of negative feedback? Positive feedback loop: Negative feedback loop:

Explanation / Answer

Homeostasis is defined as the balance and stability in the system. as our body maintain our constant temperature (internal) regarding the variable temperature of the environment (external)

Negative feedback- when in our body co2 concentration increases the lung activity increases and reduces the excess co2 in the body

positive feedback- blood clotting in which blood converted into liquid to solid phase because of the action of platelets

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