The first eukaryotes are most likely to belong to the Protista kingdom. These are mostly multicellular organisms with the earlier ones including organisms like Kneallhazia solenopsae and many more.
Probably Protista, because there are evidences that suggests they were the first eukaryotes to be developed.
Mitochondria, which are thought to have originated from bacterial endosymbionts, were not present in the first eukaryotes. These early eukaryotes were likely single-celled organisms that lacked many of the organelles found in modern eukaryotic cells.
it waz first in the kingdom protoctista but now in kingdom fugus
Animalia
Producers belong to the first trophic level in an ecosystem.
Probably Protista, because there are evidences that suggests they were the first eukaryotes to be developed.
Mitochondria, which are thought to have originated from bacterial endosymbionts, were not present in the first eukaryotes. These early eukaryotes were likely single-celled organisms that lacked many of the organelles found in modern eukaryotic cells.
it waz first in the kingdom protoctista but now in kingdom fugus
You have to first learn how to spell animal.
There are six kingdoms: Kingdom Animalia Kingdom Plantae Kingdom Protista Kingdom Fungi Kingdom Archaebacteria Kingdom Eubacteria The first four are eukaryotes and the last two are prokaryotes. It might be the other way around though.
By various bacteria ingesting but not digesting other bacteria, most likely the precursors of mitochondria (and/or chloroplasts).
The first eukaryotes were unicellular organisms that evolved around 2 billion years ago, followed by the first terrestrial eukaryotes that emerged around 1.6 billion years ago. Between these events, there were significant biological and environmental changes, including the development of multicellularity and adaptations for life on land.
Domain comes first "Domains" are the first three primary divisions of organisms, consisting of the eukaryotes, bacteria, and archaea. They rank above a kingdom in taxonomic systems based on similarities of DNA sequences.
1.8 billion years ago.
Kelp, regardless of size are Botanica (Plant life) The Amoeba is a protozoan ( First or earliest form of animals) or are classed as Protists. Kelp are definitely plants. The Giant Amoeba is a time-tested science fiction device. The real ones are nowheres near the size of those in science-fiction accounts./The kingdom of Amoeba is Animaland for Kelp, the kingdom is Plantae
Probably because the cells in the kingdom monera are here still today so scientist traced back their timeline and it was the longest according to other cells.
No. The classification system is set up so that living things are grouped together at first in a very broad group and then defined a little more as the groups become more distinct. If 2 things are in a different kingdom to begin than there is no way they are the same species