Answer:
In order to be classified in the same species, a group of organisms must be able to A. interbreed and produce fertile offspring
Explanation:
A group of organisms living in a common area is not enough to be classified in the same species. Eating similiar foods and possessing a similar diet either. Biologocial concepts distinguishes two species based on the degree of genetic exchange between their gene pools. In order to be classified in the same species, a group of organisms must be able to <em>interbreed and produce fertile offspring. </em>Two very closely related species that have diverged from each other quite recently shared a common ancestor recently in evolutionary time. They will persist only as distinct biological species if they have reproductive isolation from one another.
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: <em>E. coli.
</em>
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.
The answer is heterotrophic
Answer:
C. Exocytosis uses transport vesicles to export materials from the cell
Explanation:
Exocytosis is the reverse process of endocytosis including the expulsion of the material that is membrane -encapsulated (material is packaged in the vesicles ) inside the cell out of the cell. It has following steps :
1) The cell forms a vesicle around a material which is to be expelled.
2) The vesicle is transported to the cell membrane.
3) The vesicle membrane fuses with the cell membrane and releases the contents from the cell.
Hence option C. Exocytosis uses transport vesicles to export materials from the cell IS THE RIGHT OPTION.
The answer is number 4 hope this helps
