No, organisms in the same kingdom do not have to belong to the same domain. Kingdom is a broader classification level than domain. Organisms in the same kingdom share similar characteristics and traits, but they can belong to different domains, which are higher-level classifications.
Yes, because domain is a broader category or larger group than a kingdom.
Organisms that belong to the same class must also belong to the same phylum. Classes are subdivisions of phyla in the classification hierarchy of organisms.
== == At one time, bacteria were also considered protists, under the three-kingdom system of Animalia (corresponding closely to the modern kingdom), Plantae (which included Fungi as well as plants), and Protista (everything else). Now, living organisms are are put into 6 kingdoms: # plantea (plants): phototrophic, multicellular, form embryos # animalia (animals): heterotrophic, multicellular, form embryos # mycetea (fungi) : heterotrophic, multicellular or unicellular, with chitin cell walls # protoctista (commonly known as protista) (algae, protozoa, slime molds): photototrophic or heterotrophic, multicellular or unicellular, don't form embryos, no chitin cell wall.The protists can vary greatly from all the rest of the kingdoms, in that they can also be mixotrophic. They can also reproduce asexually in one host, then produce sexually in another host. They can be unicellular, colonial, or multicellular. # eubacteria (modern bacteria): prokaryotic. # archaebacteria (ancient bacteria): also prokaryotic. viruses are not considered organisms
Phylum. Organisms in the same class belong to the same phylum, which is a higher taxonomic rank that groups organisms based on shared characteristics.
No; if they belong to the same genus then they have to belong to the same family.
Yes, because domain is a broader category or larger group than a kingdom.
Organisms that belong to the same class must also belong to the same phylum. Classes are subdivisions of phyla in the classification hierarchy of organisms.
Two organisms of the same kingdom must share certain higher taxonomic classifications, but they do not necessarily share all classifications below the kingdom level. For example, both organisms may belong to the same kingdom, such as Animalia, but they could belong to different phyla, classes, or orders. The kingdom represents a broad category that encompasses a wide diversity of life forms, which may differ significantly in characteristics and evolutionary history. Thus, while they share the kingdom, their specific classifications can vary greatly.
An organism cannot be both an animal and a fungi, it must be one or the other. Examples of fungi are mushrooms and molds.
The organism that Jason is studying most likely belongs to the Animalia kingdom. Organisms in this kingdom are heterotrophic, meaning they must consume other organisms for energy. This distinguishes them from plants, which produce their own energy through photosynthesis, and fungi, which absorb nutrients from decomposing matter.
No, two organisms of the same kingdom do not necessarily share the same classification at lower taxonomic levels. While they belong to the same kingdom, they can be classified into different phyla, classes, orders, families, genera, or species based on their specific traits and evolutionary relationships. For example, both humans and elephants belong to the kingdom Animalia but are classified in different phyla.
== == At one time, bacteria were also considered protists, under the three-kingdom system of Animalia (corresponding closely to the modern kingdom), Plantae (which included Fungi as well as plants), and Protista (everything else). Now, living organisms are are put into 6 kingdoms: # plantea (plants): phototrophic, multicellular, form embryos # animalia (animals): heterotrophic, multicellular, form embryos # mycetea (fungi) : heterotrophic, multicellular or unicellular, with chitin cell walls # protoctista (commonly known as protista) (algae, protozoa, slime molds): photototrophic or heterotrophic, multicellular or unicellular, don't form embryos, no chitin cell wall.The protists can vary greatly from all the rest of the kingdoms, in that they can also be mixotrophic. They can also reproduce asexually in one host, then produce sexually in another host. They can be unicellular, colonial, or multicellular. # eubacteria (modern bacteria): prokaryotic. # archaebacteria (ancient bacteria): also prokaryotic. viruses are not considered organisms
If all poplar trees belong to the same order, then they all belong to the same family. In biological classification, the hierarchy goes from domain to kingdom, phylum, class, order, family, genus, and species. Therefore, since they are classified under the same order, they must share a common family classification as well.
Phylum. Organisms in the same class belong to the same phylum, which is a higher taxonomic rank that groups organisms based on shared characteristics.
Animalia
Animalia
The fungi kingdom contains non-photosynthetic multicellular organisms that digest their food externally. Examples of fungi are yeasts, smuts, molds and mushrooms