How does the human body maintain homeostasis during extreme temperature changes? Explain how the body changes temperature using Homeostasis. Please answer in 2 sentences, anything less will be a 0. by KAYCE ESQUIVEL-GARCIA

2025-09-10 19:09:35 UTC

Homeostasis is negative and positive feedback, which means these two feedbacks help us regulate our bodies. Negative feedback is the one that helps us regulate our body to extreme temperature so we maintain a stable body.

2025-09-10 19:12:34 UTC

The body sweats when its too hot. Also, the body will sweat whenever it is too cold.

2025-09-10 19:14:02 UTC

sweat and shivering in hot enviroments

2025-09-10 19:15:21 UTC

the body regulates its temperature through a negative feedback loop controlled by the hypothalamus

2025-09-10 19:15:37 UTC

During heat, the body sweats and dilates blood vessels to cool down, while in the cold, it shivers and constricts blood vessels to conserve warmth.

2025-09-10 19:17:03 UTC

The human body maintains homeostasis during body temperatures changing because the body uses negative feedback in order for the body to go back to its regular body temperature. Sweating during heat is your body trying to cool down your body temperature.

2025-09-10 19:17:24 UTC

sweat when its hot out an the warmth when it is cold

2025-09-10 19:17:45 UTC

The human body maintains different temperatures during Homeostasis through negative feedback. The body shivers to generate heat in the body, and sweats to make the body cold.

2025-09-10 19:18:03 UTC

The body maintains homeostasis with positive and negative feedback. The body sweats when its too hot, and the body will shiver if its too cold. These are negative feedback responses.

2025-09-10 19:18:04 UTC

The human body uses the hypothalamus located in the brain, to maintain homeostasis during extreme temperature changes through a negative feedback system. When the body gets too hot, it cools down by increasing blood flow to the skin vasodilation to release heat, and by initiating sweating to facilitate evaporative cooling.

2025-09-10 19:20:31 UTC

During extreme heat, the body maintains thermal homeostasis by activating vasodilation and sweating to lose heat, while extreme cold triggers vasoconstriction and shivering to generate and conserve heat, all controlled by the hypothalamus to keep the body's core temperature at its set point.

2025-09-10 19:23:11 UTC

he body maintains temperature homeostasis by using negative feedback loops controlled by the hypothalamus: if too hot, the body sweats and blood vessels dilate to release heat, while if too cold, it shivers and constricts blood vessels to conserve and generate heat, all to return to a stable core temperature.

2025-09-10 19:37:16 UTC

the body will sweat to cool itself down or the body will shiver to warm itself up. It changes temperatures to always keep the internal environment the same.

2025-09-11 19:07:57 UTC

the body cools itself through vasodilation and sweating to release heat, while in extreme cold, it conserves heat by vasoconstriction and generates heat through shivering