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this cell is a prokaryote. which structure could be used to justify this classification?
ribosomes
cytoplasm
euminate
cell wall
circular dna

Ribosomes,cytoplasm ,cell wall and circular DNA could be used to justify that the cell is a prokaryote.

Explanation:

Ribosome  Ribosome is present in both prokaryotic cell and eukaryotic cell.The prokaryotic cell 70S ribosome which contain 2 subunits the larger subunit is 50S and the smaller subunit is 30s

Cell wall  Prokaryotes such as bacterial cell contain cell wall.Cell wall  of bacteria contain various carbohydrates which are crosslinked with peptides resulting in the formation of peptidoglycan.

Cytoplasm The cytoplasm of prokaryotic cell such as bacteria contain ribosomes,chromosome and extracellular genetic material called plasmid.

Circular DNA Almost all prokayotic chromosome contain circular DNA molecule that does not contain any free ends.

Circular DNA

Explanation:

Organisms were classified into a large group called DOMAIN. The domain consists of two main types of organisms: PROKARYOTES AND EUKARYOTES. The basis of this classification is the possession or not of a well defined nucleus.

Prokaryotic organisms contains a single, circular naked genetic material found in a region of the cytoplasm called NUCLEOID. They do not have a nucleus that houses their genetic material (DNA). However, on the other hand, EUKARYOTES possess a linear chromosome that is enclosed by a membrane bound nucleus.

Therefore, although prokaryotes and eukaryotes have many structural distinctions, one can justify an organism being classified as a prokaryote by the possession of a circular genetic material (DNA).

rising temperatures because when water vapor in the air is cooled, it condenses. it turns back into a liquid and attaches to dust particles in the air. these very small water droplets group together to form clouds

ans.

dna fingerprinting is defined as a process that determines the dna characteristics of an individual. these dna characteristics are unique among individuals as their fingerprints, so it is known as dna fingerprinting.

steps of dna fingerprinting includes extraction of dna from sample, amplification of dna, restriction digestion of amplified dna, and then analysis of dna by gel electrophoresis, respectively.

thus, the next step performed by the scientist is 'to cut the amplified dna (obtained by polymerase chain reaction) by restriction enzymes that cleave the dna into fragments and their analysis.'