All animals nned to eat, breathe, and reproduce in order to live and sustain their species.
Common features of animals are organs, such as the eyes, heart, brain, stomach, intestines, lungs, etc.
boobs
All congressional members share some common features in the United States. They must all be at least 25 years of age, and they have all been elected to their positions.
All plants and animals have cells. Some only have one, but it is a feature they all share. Also, all plants and animals have to eat to survive.
All of the animals in the article share a common trait of unique adaptations that enable them to thrive in their specific environments. Whether it's specialized feeding habits, unique physical features, or behavioral strategies, these adaptations highlight the diverse ways in which animals evolve to survive and reproduce. Additionally, they may all play crucial roles in their ecosystems, contributing to the balance of their habitats.
the only feature they all have in common that i know of is that their eyes are always on the front of their head
Only in the sense that all animals share a common ancestor. Aside from that they are about as far apart ans two animals can get.
they all have magma chambers, they all have pipes, vents, and craters. they all erupt at somepoint .so there you go.
Common features of animals are organs, such as the eyes, heart, brain, stomach, intestines, lungs, etc. Most animals have limbs, but not all, so that technically isn't counted as a "common feature". Animals all have these same features: -No chloroplasts in their cells -They are multicellular eukaryotes with cells with different functions forming tissues -They do not have cell walls -They can have cilia or flagella -They feed heterotrophically (they do not make their own food but eat other things for their energy.)
All animals share the same genetic code, the same, or very similar biochemical pathways. All animals share physiological similarities from the cell to the epidermis. All animals share behavioral similarities. Answer All animals have similar traits. All have the same sorts of cells (no cell walls, centrioles, only small vacuoles if any) for example. This is evidence that all animals have a common ancestor. It fits the model of animal common ancestry, it fits the hypothesis. Since animals breed using DNA as a hereditary material, then their offspring are capable of inheriting traits. If the common ancestor of all of a group has a trait, then we can reasonably assume that all its descendents should inherit that trait. And that works in reverse too. If all members of a vast group share a character, then it is violently possible that they all inherited it from a common ancestor. Take the homology of limb bones of mammals to illustrate this principle in a tiny subset of mammals or the shell-possession of molluscs as another homology (yes, all molluscs have shells - even squid). It is easy to see that mammals should all have a common ancestor. It is (relatively) easy to hypothesise that all molluscs have a common ancestor. What about all animals, ALL animals? We have forgotten, by the way, the most modern way to examine relationships - DNA analysis. DNA analysis shall confirm that all animals form a clade, a monophyly, a single group arising from a common ancestor. That must be the greatest vindication of the animalian hypothesis for biologists - that DNA can confirm that all animals have a common ancestor.
Answer:"They all share a common purpose, philosophy, and enterprise."
penguins and flamingos. they both cant fly.