exterme hot, extreme cold, and extreme salinity.
Prokaryotes found in acid runoff would likely be classified in the kingdom Archaea. Many Archaea are extremophiles, capable of thriving in harsh environments such as acidic conditions. While some bacteria can also exist in such environments, Archaea are particularly well-adapted to extreme pH levels.
Bacteria and plants aren't eukarya I THINK, but I am not positive. Hope this helps!
Yes- archaea is another name for archaebacteria. If you disagree with me, look up the word archaea on dictionary.com and you will find this at the bottom of the definition:"Also called Archaebacteria."This (I would think) would prove my point in saying that Archaea is the same as Archaebacteria. The End.(If I am wrong, then don't blame me- blame ditionary.com and jsyk, I am NOT trying to dis dictionary.com, because they have a definition for the Beatles, which makes me VERY EMOTIONALLY HAPPY!!! 8D So don't think that I'm trying to dis dictionary.com! And if you didn't think I was, then good for you- you just earned a gold star sticker! BUT WAIT- THERE'S MORE! You also got some Brownie Points! Congrats!)
Archaea is comprised of single-celled, prokaryotic organisms. These particular creatures are found only where normal living creatures would suffer and die. Such places include right next to volcanic vents in the ocean, bodies of water with incredibly high salt amounts (like the Dead Sea) and extremely acidic or alkaline areas.
The newly discovered prokaryote would likely be classified into the domain Archaea. This is because Archaea are known for their ability to thrive in extreme environments, such as deep-sea vents and hot springs, where conditions like high temperature, pressure, and low nutrient availability prevail. Additionally, Archaea possess unique biochemical pathways and cell membrane structures that differentiate them from Bacteria. Therefore, its adaptation to such an extreme habitat aligns with the characteristics of Archaea.
33.487 is already rounded to three decimal places. if it were 33.4829, which is four decimal places, you would round it to the nearest three DECIMAL places, which would be 33.487. So, the answer to your question is; 33.487 is already rounded to three decimal places.
Bacteria and plants aren't eukarya I THINK, but I am not positive. Hope this helps!
Australia
In damp places
unicorns
A light microscope would be limited in its ability to see archaea due to their small size compared to bacteria. To effectively study archaea, electron microscopes or molecular techniques like PCR would be more useful.
one place fungi would not likely thrive would be in the desert because fungi only lives in wet places
They would explore objects of people and places of the past.
Doesn't make sense because you only have 2 decimal places in the question. If you want the answer in three decimal places it would be 0.930 but that is not considered rounding.
Yes- archaea is another name for archaebacteria. If you disagree with me, look up the word archaea on dictionary.com and you will find this at the bottom of the definition:"Also called Archaebacteria."This (I would think) would prove my point in saying that Archaea is the same as Archaebacteria. The End.(If I am wrong, then don't blame me- blame ditionary.com and jsyk, I am NOT trying to dis dictionary.com, because they have a definition for the Beatles, which makes me VERY EMOTIONALLY HAPPY!!! 8D So don't think that I'm trying to dis dictionary.com! And if you didn't think I was, then good for you- you just earned a gold star sticker! BUT WAIT- THERE'S MORE! You also got some Brownie Points! Congrats!)
The answer would be 0.260
It would be 4.500