A endoskeleton is the internal skeleton of an animal. Since a cat's skeleton is on the inside of its body, it has a endoskeleton.
The antonym of exoskeleton is endoskeleton. An endoskeleton is an internal skeleton found in vertebrates, whereas an exoskeleton is an external skeleton found in arthropods and some other invertebrates.
The term "endoskeleton" includes the others (skull, spine, and pelvis) because it refers to the internal framework of bones that provides support and protection to the body. The skull, spine, and pelvis are all examples of bones that make up the endoskeleton.
No. Dogs have an endoskeleton. In other words, their skeleton is inside their body.
No, pigs do not have an endoskeleton; they possess an endoskeleton, which is an internal framework made of bones. This skeleton supports their body, protects internal organs, and allows for movement. Pigs, like other mammals, have a complex system of bones that includes a vertebral column, ribs, and limbs.
Yes, birds have endoskeletons, just like other vertebrates. Their endoskeleton is made up of bones that provide structure and support, as well as protection for internal organs. The endoskeleton also facilitates movement and provides attachment points for muscles.
Humans and other vertebrates have an endoskeleton, which is an internal framework of bones that provides support, protection, and structure to the body. The endoskeleton allows for movement and growth as well as serving as a site for muscle attachment.
No, they have endoskeletons like any other bird (and you, too).
No, a lobster has an exoskeleton (outer shell). An endoskeletonis an internal skeleton (as in humans and other mammals).
A thread is like any other class, except that there is the capacity to run multiple threads - multiple processes - simultaneously.
Echinoderms, such as sea stars and sea urchins, have an endoskeleton made of hard plates called ossicles that lie inside their bodies. Although this endoskeleton is internal, it functions similarly to an exoskeleton by providing support and protection. It allows echinoderms to control their body shape and movement, just like an exoskeleton does for other invertebrates.
Having an endoskeleton as a fish provides internal support for muscle attachment, allowing for more flexibility and movement. It also provides protection for internal organs. An exoskeleton, on the other hand, would limit the fish's ability to grow and restrict movement due to its rigid structure.