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The kingdom Protista was divided to create the six-kingdom model of classification. This division was made to separate organisms with prokaryotic cells (Kingdom Monera) from those with eukaryotic cells (Kingdoms Protista, Fungi, Plantae, and Animalia).
One criteria for kingdom classification is cellular organization, which refers to how organisms are structured at the cellular level. This can include whether they are unicellular or multicellular, and whether their cells have a nucleus.
The broadest classification of organism cells is the Animal Kingdom.
Kingdom and phylum are two different levels of biological classification. Kingdom is the broadest category, grouping organisms based on fundamental characteristics, such as prokaryotic or eukaryotic cells. Phylum is a more specific category within a kingdom, grouping organisms based on shared characteristics, such as body structure or developmental patterns.
Monera used to be the Kingdom classification for bacteria
Cheek cells belong to the kingdom Animalia. The cheek cells are considered to be eukaryotic. Bacteria cells belong to the kingdom Eubacteria.
The first cells on Earth were likely simple prokaryotic organisms similar to modern bacteria and archaea, which fall under the kingdom Monera. Their characteristics and features align with those of ancient organisms found in fossil records and genetic studies. While the kingdom Monera is no longer used in modern classification systems, the first cells shared key traits with this group.
stinging cells in their body
Plants belong to the kingdom Plantae. Animals belong to the kingdom Animalia. Plant cells do not have lysosomes and centrioles.
Cells in the kingdom plantae do have a nucleus. This is true for all Eukaryotic cells. Plant cells have an enclosed nucleus.
Red blood cells are found in the animal kingdom, even though they do not contain a nucleus or organelles.
prokaryotic cells