If you look this word up in a dictionary, it will give the origin of this word which comes from the Greek. It means to be dried up. I think that is goes back to a long time ago when bodies were buried and decayed and what was left over after period of time was "dried" up bones. Now the word also means a framework as in the framework that is built before a home is finished.
An individual who studies the skeleton is called an osteologist.
The hard parts of an insect's body are on the outside and are called an "exoskeleton." The hard parts of a mammal's body are on the inside and are called a "skeleton." Although the two have some similarityes, they are not the same.
Not exactly. They have what is called an exoskeleton, which means a skeleton on the outside. The shell or carapaceof a bug is its skeleton.
It's called an "exoskeleton," exo meaning "outside." Humans and many other mammals, avians, reptiles and amphibians have "endoskeletons," endo meaning "inside."
An animal with its skeleton on the outside is called an exoskeleton. It acts as a protective covering for the animal's body and provides structural support. Examples of animals with exoskeletons include insects, crustaceans, and arachnids.
to protect our organs
the candy would go through him
Yes and No There is a character called Dry Bones who is like a skeleton but is not called skeleton
A human skeleton that is taken apart is called a disarticulated skeleton.
The Skelenton
a hydrostatic skeleton
The backbone is part of the Skeleton. The skeleton are ALL the bones in the body.
It is known as the skeleton.
They have a type of skeleton called a hydrostatic skeleton. This type of skeleton is a fluid filled sac which is surrounded by muscles.
it is called spoctitical
Neurons fire in the brain via electrical impulses through the nervous system to trigger specific muscles to contract or relax. These muscles are attached to the bones of a skeleton with ligaments that pull or push the bone in one direction or another in relation to the skeleton as a whole, if the muscle that contracts and relaxes is attached to a bone that remains stationary during the contraction or relaxation, the rest of the skeleton would move in the opposite direction of the contraction or relaxtion depending on the joints and the relationship of that joint to the muscle contracted or relaxed, thus allowing the skeleton to "move."
Insects have an 'exo-skeleton' or outer-skeleton - instead of an internal bone structure.