Scientists have discovered organisms that thrive in hot water that is 90*C (194*F) and do not need sunlight or oxygen to live. Into which kingdom would the scientists classify these organisms? Protista
Archaebacteria
Plantae
Fungi

Archaebacteria

Explanation:

Archaebacteria is one of the three domains in which living organisms are classified into. These set of organisms are characterized by their prokaryotic nature i.e lack of membrane-bound nucleus and their unique ability to withstand extreme environmental conditions e.g heat etc.

Based on the explanation above, the organism described in this question as being discovered by scientists and have the ability to thrive in hot water that is 90*C (194°F) and do not need sunlight or oxygen (anaerobic) to live is likely to belong to the kingdom ARCHAEBACTERIA.

measuring physical properties lab reportinstructions: in the physical properties lab, you will test the physical properties of different building materials in order to pick the appropriate materials for a new home in tiny world. record your observations and test measurements in the lab report below. youwill submit your completed report.name and title: lyric lawton, mr.herbert, 10/13/17, physical properties lab. objective(s): i need to parvus build his house out of the right material, so he will stay cool in the mountains.hypothesis: if we use wood to build the roof of the house, then the temperature inside the house will remain cooler.if we use clay brick to build the walls and floors of the house, then the temperature inside the house will remain cooler.if we use aluminium to bring electricity into the home, then it will allow electricity to flow into the home at a faster rate.if we use iron to construct the latches on the windows and doors, then the magnetism will keep the latches secure.

essentially, one bacterial cell splits into two daugurer cells. bacterial offspring don't need or get care from their parents because they are in a sense their own parents. that said, some bacteria can and do depend on other bacteria especially in harsh environments such as bacterial microfilms in hot water tanks.