they are all multicellular eukaryotic embryonic chemoorganoheterotrophs that are capable of motility for at least for part of their life cycle.
To accurately identify the characteristic shared by only two animals on a phylogenetic tree, you would need to specify which animals are being referenced. Generally, such shared characteristics could include specific anatomical features, genetic traits, or behavioral patterns that distinguish those two species from others in the tree. Analyzing the tree's branching patterns can help identify unique traits that are not present in other related species.
Categorization.
Similarity bewtween characteristics and traits because if a shared ancestory. Link : http://en.wikipedia.org/wiki/Homologous_structure Body parts that are similar in structure and function in different animals
A characteristic typically shared by all organisms in a group is known as a synapomorphy, which is a derived trait that reflects a common ancestry. These homologous structures can include specific anatomical features, genetic sequences, or developmental patterns that have evolved over time. For example, the presence of vertebrae in all vertebrates is a synapomorphic trait that unites this diverse group of animals. Such shared characteristics help scientists classify and understand evolutionary relationships among different organisms.
Cellular activities such as aqueous absorption of raw materials are shared by all living organisms. They are created, grow, reproduce, die, and are consumed or decompose. Other than that, there are no common characteristics between bacteria, complex plants, and higher animals.
Genitals
A pair of animals that has the most shared delivered characteristics are cats and lions their body and cells are almost exactly the same but larger in the lion.
All men
A key characteristic shared by all gymnosperms is the fact that they all make seeds. Another shared characteristic is that they do not make flowers.
Cellular activities such as aqueous absorption of raw materials are shared by all living organisms. They are created, grow, reproduce, die, and are consumed or decompose. Other than that, there are no common characteristics between bacteria, complex plants, and higher animals.
yes
They make their own energy.
The most common classification scheme for all animals is the Linnaean system, which categorizes organisms into hierarchical groups based on shared characteristics. This system includes categories such as kingdom, phylum, class, order, family, genus, and species.
In accordance with the Linnaeus method, scientists classify the animals, as they do the plants, on the basis of shared physical characteristics
Characteristics shared by all plants are cell walls, cuticles, and the fact that they reproduce with spores and sex cells.
mobile, relied on domesticated animals, and population much smaller than in agricultural societies
The grouping of animals into families is called classification.