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Hydra belongs to the Animalia kingdom. It is a multicellular organism that exhibits characteristics such as movement, feeding on other organisms, and possessing specialized tissues.
eukaryotic organisms in the Kingdom of Animalia. Another name for Animalia is Metazoa
The 'Animalia' kingdom.
Echinoderms are kept under kingdom: Animalia
The new organism's characteristics, such as its cell structure, method of obtaining energy, and reproductive system, would be used to classify it into the appropriate kingdom based on established criteria and scientific understanding of biological classification. DNA analysis and comparison with known organisms would also be helpful in determining its classification.
The lion belongs to the Animalia kingdom because it is a multicellular organism that exhibits characteristics like consuming organic matter, reproducing sexually, and lacking a cell wall. These traits classify it as an animal under the biological classification system.
Animalia is the Animal Kingdom. When we classify an organism, it can be a plant, fungus or from the kingdom of animalia which includes all kinds of organisms that are not plants or fungi. Bears, fish & microscopic protozoa are all animals and fall under the kingdom of animalia.
Animal kingdom is made up entirely of organisms that lack a cell wall.
Hydra belongs to the Animalia kingdom. It is a multicellular organism that exhibits characteristics such as movement, feeding on other organisms, and possessing specialized tissues.
Homo sapiens belong to the kingdom Animalia.
The Animal Kingdom does not classify autotrophic organisms. Autotrophic organisms, such as plants and some bacteria, are classified in the Plant Kingdom and the Kingdom Monera.
The organism is likely a member of the kingdom Animalia.
The five kingdoms used to classify organisms are: Animalia, Plantae, Fungi, Protista, and Monera. Each kingdom represents a broad group of organisms with similar characteristics and evolutionary relationships.
popo
The six kingdom system is a way to classify living organisms into six main groups based on their shared characteristics. The six kingdoms are Animalia, Plantae, Fungi, Protista, Archaea, and Bacteria. Each kingdom represents a different type of organism with distinct characteristics and evolutionary relationships.
The organism belongs to the kingdom Animalia. Organisms in this kingdom have organ systems for carrying out specific functions, lack cell walls, and obtain nutrients by ingesting food.
Animalia