Asingle-celled organism is found living in a deep sea vent at the bottom of the ocean in extremely hot water. if it is examined further, which of the following is most likely to be found within it? . it will have a nucleus and other membrane-bound organelles since it is likely a member of the domain eukaryota.. it will have a cell membrane since it is likely a member of the domain archaea and the kingdom protista.. it will have dna and rna, as well as a cell wall, since it is likely a member of the domain bacteria.. it will have dna that is not contained in a nucleus since it is likely a member of the domain archaea.

It will have DNA that is not contained in a nucleus since it is likely a member of the domain Archaea

Explanation:

Living organisms have been grouped into a large group called DOMAIN. The domain consists of three set of organisms classified mainly based on their possession of a membrane bound nucleus. The three domains are: Eukarya, Archaea, and Bacteria.

According to the question, a single-celled organism found living in a deep sea vent at the bottom of the ocean in extremely hot water is most likely to be a ARCHAEAN. Archaea members are adapted to living in extreme regions of the earth e.g highly cold and hot temperatures. Hence, if this organism is an archaean, it will be prokaryotic (a similar characteristics with domain bacteria). Prokaryotic organisms are so named because they lack a membrane bound nucleus that harbors their genetic material (DNA).

[ answer ]

foliated

[ explanation ]

foliation forms in a rock when pressure squeezes the rock together. the rock then has a design of many different color little lines. there are three types of foliated rock. the types are slate, schist, and gneiss. each type of foliated rock is different based on grain size and foliation characteristics. the lines appear when the rock has been under pressure.

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small, big, or no change could occur in the phenotype. it could cause something as simple as a cats ears to curl backwards or something as frighting as death. it could also occur in the protien-coding area and have an effect on that but no effect on the amino acids. what has to occur is a changing in the hox gene or the control gene.