exsoskeleton, flight
Invertebrates do not have spines (backbones). See related questions and links for more information.
no the theory of evolution is a species becoming more advanced not over populated
Yes, without it we would probably be much more advanced than we are now.
There are many more invertebrate than vertebrate animals.
Well its sort of confusing, see since the invertebrate group has more groups than the vertebrate than that means invertebrate would have more organisms.
The question answers itself: the characteristic is passed onto few or no offspring, and therefore will not spread throughout the population.
Evolution is a process in which something passes by degrees to a different stage, especially a more advanced or mature stage. In biology it is the sequence of events involved in the evolutionary development of a change in a species. All living things are capable of evolution.
they are in invertebrate-- A bit more info --Yes, they are indeed an invertebrate, but they are the closest invertebrate phylum to vertebrates. The only ones which are closer are the group Urochordata, the cephalochordates and the hagfish (which is a craniate, not a vertebrate)We are more related to starfish and sea cucumbers than to insects...
when a computer is designed that will be able to design a computer more advanced than itself then we will have crossed the line and computer evolution will be quicker than our own
invertebrate organisms are organisms which do not have a backbone. examples are most crustaceans (crabs, lobsters), fish, snails, insects, and many more. 95% of all animals are invertebrate organisms
They have no backbones. See related questions below for more detail.
Three major trends of evolution in invertebrates include the development of multicellularity, leading to more complex body structures and functions; the evolution of symmetry, particularly bilateral symmetry, which allows for more efficient movement and organization of body systems; and the emergence of specialized body systems, such as circulatory and nervous systems, which enhance survival and adaptability in various environments. These trends have contributed to the incredible diversity and ecological success of invertebrate species.