Because they live in the earth, so therefore they don't need the skeleton, unlike us.
No it does not. Earth worms do not have bones.
Worms do not need a skeleton as, unlike many animals of the same build, they interact with the environment differently. Worms have no need for a skeleton as they mostlly live in the earth. Therefore through everlution have lost the chemical, Phyniside, that "orders" the new cells of the organism to "become" part of the skeleton.
No, worms do not have any skeleton at all.
Every species has its own particular specialty or adaptation. There are all sorts of organs and systems that worms do not have; they have no skeletons, no wings, no eyes, no claws, no feathers, and so forth. They are simple organisms that are well adapted to their particular ecological niche. They don't need skeletons.
No, worms generally have hydrostatic skeleton, they possess no vertebral column
Worms and snails do not have an inside skeleton- but pigs do.
because they are legit.
Worms, jellyfish, and sea anemones are examples of organisms with a hydrostatic skeleton and a soft body wall. These organisms rely on fluid-filled cavities within their bodies to provide structural support and movement.
Yeah, Of course they does ... besides shellfish and bugs with exoskeletons, only worms don't have any sort of skeleton.
Earthworms or any other worms are unique in biology in that they have absolutely no skeletal structure whatsoever. A worm uses it's body to move. There is no muscle coordination, and it simply uses a stretching maneuver, similar to snails and slugs. also called Hydrostatic skeleton
Worms of the Earth was created in 1932-11.
Creatures need a water skeleton, or hydrostatic skeleton, as it provides structural support and maintains shape without the rigidity of a hard skeleton. This type of skeleton relies on fluid pressure within a body cavity, allowing for flexibility and movement, particularly in soft-bodied organisms like jellyfish and worms. It also plays a crucial role in locomotion and helps protect internal organs. Overall, a water skeleton is essential for survival in various aquatic environments.