Answer:
Eukaryotic microbes and prokaryotic microbes
Explanation:
Some microbes such as bacteria do not have a membrane-bound nucleus. So, their genetic material lies in the cytoplasm itself. These microbes are called prokaryotic microbes. All the bacterial species are prokaryotes. Example: E. coli.
On the other hand, some microbes have a well define nucleus to house their genetic material. These microbes are called eukaryotic microbes. Fungi and protists are the eukaryotic microbes. Example: plasmodium and slime mold.
During gameteformation, the individual alleles that comprise a gene must separate. The correct option is C.
As per Mendel's law of segregation, "during gameteformation, every gene segregates from each other so that each gameteconveys only one allele for each gene." The secondlaw of inheritance is the law of segregation.
During gameteformation, the individual alleles that comprise a gene must separate from each other in a particular way.
Thus, the correct option is C.
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The missing options of the question are:
Answer: The answer is C, the individual alleles that make up the gene must SEGREGATE (which means separate) during gamete formation, hence the name “law of segregation”
Explanation: Hope this helps
Answer:
D) subdivides the prokaryotes into two different domains
Explanation:
The three domain system is based on differences in the ribosomal DNA of cells (16 S rRNA). In the three-domain system, Organisms are classified into three domains, namely:
Archaea and bacteria prokaryotes while Eukarya are the eukaryotes. Therefore, the three domain system sub-divided prokaryotees into two different domains.
Before the three-domain system, the five kingdom classification was popular, this is where plants (plantae), animals (animalia) and fungi were classified into their own Kingdoms.
The three-domain system of biological classification categorizes life into Bacteria, Archaea, and Eukarya. It does not separate plants, animals, and fungi into domains, but includes them in Eukarya. This system subdivides prokaryotes into Bacteria and Archaea, recognizing eukaryotes as a monophyletic group.
In the three-domain system of biological classification, life is categorized into three major domains: Bacteria, Archaea, and Eukarya. This system does not separate plants, animals, and fungi into separate domains but includes them within the Eukarya domain. The primary distinction in this system is that it subdivides the prokaryotes into two different domains - Bacteria and Archaea. Furthermore, the three-domain system recognizes eukaryotes as a monophyletic group, meaning they are viewed as a group consisting of an ancestor and all its descendants.
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Answer:
yes they do Various structures need various jobs