Yes, these actions are an example of homeostasis. To fully understand this question you need to know the basic concept of homeostasis. Homeostasis is the body's regulation. What do I mean by that? It's simple, when you have a fever your body's temperature can skyrocket to 100 or more, when you start to sweat or get the chills that's your body's way to cool you down and fight the infection. Another example; when you do any physical activity, you sweat from it depending on the intensity. If you didn't sweat you would probably overheat and that would lead to other complications. Basically when you do exercise you sweat because your body is warm and that's the homeostasis mechanism that helps cool down your body bring it to it's normal temperature. So in end answering your question in more detail by the liver regulating the body by taking glucose in when levels are too high or adding glucose in when levels are too low is an example of homeostasis because the body is regulating itself to come back to it's normal healthy function state.
Hope this helped :)
MRNA: AUG-UUU-GGG-CCC-UAU-UGA
Here’s link to quickly convert: www.dnatomrna.com
I feel like this question is biased, but the current industrial society is unsustainable if, and only if there where no technological advancements, and we did nothing about climate change meaning we don’t move our cities and re locate we just burn fossil fuels then drown, but I feel this is a false dichotomy as we’ve already gone to far to go back are only real solution as a society is to use the tools that got us here to get us out of this rut climate change is inevitable even if everybody in earth never started another fire and never burnt another ounce of coal, petroleum, oil, etc
Answer:
i think it would be option B
hope this helps
The correct answer is C. Microevolution describes the evolution of organisms in populations, while macroevolution describes the evolution of species over long periods of time.
Explanation:
In biology, the evolution refers to changes organisms and species go through over time which is usually prompted by changes in the environment and adaptative processes. Additionally, evolution can be studied from two main perspectives: microevolution and macroevolution. Microevolution focuses on studying the changes at a lower lever usually by studying individual organisms or population, but not all organisms of a species. On the other hand, macroevolution studies the evolution or changes in species or even a group of species. For example in a microevolution biologist might study birds evolution by analyzing individuals or a specific population, while from macroevolution all the species need to be studied.
