1. Protects vital organs (ie, central nervous system, heart, lungs).
2. Provides for attachment of muscles, allowing for movement.
3. Long bones are the source of blood cells.
Actually there are more than three. Your skeletal system offers support and protection, it stores minerals, forms levers for musculoskeletal movement, and they also begin the production of blood.
1. To support your body.
2. To protect your organs, like how your rib cage protects your lungs and heart.
3. Help you do things, like how bones in the inner ear help you hear things.
Spenser For Hire - 1985 Skeletons in the Closet 3-10 was released on: USA: 3 January 1988
The five functions of the skeleton are Protect Vital organs ,storage Of calcium, movement Via mustle attachment, provide Shape, and productions of blood cells.
Molecules synthesized from carbon skeletons bonded to hydrogen atoms include carbohydrates, lipids, proteins, and nucleic acids. These biomolecules are essential for various cellular functions and are the building blocks of life.
No, crabs are invertebrates and like all arthropods do not have a backbone or spine. Their skeleton is on the outside, called an exoskeleton, and performs similar functions to the skeletons of vertebrates.
Yes, elephants do have skeletons.
what is a group of skeletons called
You find it and get bones from skeletons. You left-click them and takes about 2 or 3.
Both human and chimpanzee skeletons are homologous, meaning they share a common ancestry. However, there are differences in size and shape of certain bones, such as the skull and pelvis. Human skeletons are adapted for bipedal locomotion, whereas chimpanzee skeletons are adapted for quadrupedal movement in the trees. Both skeletons have similar bones serving similar functions, such as limbs for movement and a skull to protect the brain.
Zebras have skeletons, as do all mammals.
There are some skeletons in the wilderness but rev's appear there so watch out there are also skeletons in the varrock sewer
Simply put, skeletons are similar because the organisms processing them arose from common ancestry. All mammals for instance, have skeletons that are quite similar because all mammal skeletons arose from common ancestry in the Mesozoic age. These mammal skeletons are used in different manner by the entry of populations of organisms into different environments where individuals were selected along lines of adaptation to those different environments. Then the different populations of mammals arose with the very similar skeletons being used in very different ways. Consider yourself, your dog, and whales to see the similarities in skeletal structure with vast differences in use.
You can fight skeletons at the marsh