Legs. 6: Insect 8: Arachnid 10 or 12: Crustacean More than 12: Centipede or Millipede.
Arthropods are classified into five subphyla: Trilobitomorpha, Chelicerata, Myriapoda, Crustacea, and Hexapoda. Each subphylum represents a distinct group of arthropods with unique characteristics and features, such as the presence of jointed legs and exoskeletons.
Living things are classified based on their cell structure (prokaryotic vs. eukaryotic), their mode of nutrition (autotrophs vs. heterotrophs), their body symmetry (asymmetric, radial, bilateral), and their habitat (terrestrial, aquatic, aerial).
The phylum most closely related to arthropods would be the phylum Nematoda. This relationship is based on shared ancestral characteristics, such as the presence of a tube-within-a-tube body plan and bilateral symmetry.
By the discipline called cladistics.
Aristotle classified animals into two groups based on their red blood and bloodless characteristics. He also classified plants into three groups based on their size and complexity: trees, shrubs, and herbs.
Arthropods are classified into five subphyla: Trilobitomorpha, Chelicerata, Myriapoda, Crustacea, and Hexapoda. Each subphylum represents a distinct group of arthropods with unique characteristics and features, such as the presence of jointed legs and exoskeletons.
Carbohydrates are classified according to their structure based on the number of basic sugar, or saccharide units they contain.
Compounds are classified based on their chemical composition, structure, and properties. They can be categorized as organic or inorganic compounds, based on the presence of carbon atoms. Compounds can also be classified as acids, bases, salts, or oxides based on their chemical properties.
Animalia: Classified based on body structure, presence of a backbone, and method of reproduction. Plantae: Classified based on presence of cell walls, ability to photosynthesize, and reproductive structures. Fungi: Classified based on mode of nutrition (absorptive), type of reproductive structures, and cell wall composition. Protista: Classified based on cell type, mode of nutrition, and locomotion. Monera: Classified based on cell structure, presence of a nucleus, and method of reproduction.
Aristotle classified plants based on the presence or absence of woody tissue. He categorized plants into trees, shrubs, and herbs based on their growth form. Additionally, he classified plants based on their reproductive structures and life cycle.
Gels can be classified based on their composition (organic or inorganic), structure (physical or chemical crosslinking), and origin (natural or synthetic). They can also be classified as hydrogels (water-based) or organogels (organic solvent-based).
Joints are classified structurally based on the material that connects the bones (fibrous, cartilaginous, or synovial). They are classified functionally based on the degree of movement they allow (immovable, slightly movable, or freely movable).
Angiosperms are often grouped according to the number of their seed leaves, the strength and composition of their stems, and the number of growing seasons they live.
Organisms are classified into domains based on their cellular structure and composition. The three main domains are Bacteria, Archaea, and Eukarya. Within the Eukarya domain, organisms are further classified into kingdoms based on shared characteristics such as cell type, nutrition, and reproduction methods.
Neurons are classified by their structure and function. Structurally, neurons can be categorized as sensory neurons, motor neurons, or interneurons. Functionally, neurons can be classified as excitatory or inhibitory based on the type of signals they transmit.
Elements can be classified in a number of ways:Metals, metalloids, or non-metals.Solid, liquid or gas.Naturally occurring or made by scientists.and if you have more questions go see carl instineion he is so smart and likes to eat donuts and pie
Living beings can be classified into different groups based on their characteristics, such as cellular structure (prokaryotic vs. eukaryotic), mode of nutrition (autotrophs vs. heterotrophs), and number of cells (unicellular vs. multicellular). Additionally, living beings can be classified into domains (Bacteria, Archaea, Eukarya) and kingdoms (e.g., Animalia, Plantae, Fungi) based on evolutionary relationships.