Want this question answered?
Analogous structure supports evolution because some of these structure may have existed long ago, however not all analogous structure support the same evolutionary path.
Cartilage
skeletal system
Evolution is the process of deriving species from other species, forms from other forms. Homologous structures are structures in organisms that share the same components. A good example is the vertebrate limb - it's clear that our arm, a bat's wing, a dolphin's flipper and a mole's digging paw all share the same identifiable bones. This supports the idea they're all derived from a structure in a common ancestor, as opposed to being created independently.
They don't, Homologous structures, such as the bones in your forearms and the bones in your cat's and dog's forelegs are that similar because you and your pets are mammals and closely related on the evolutionary tree. Before modern genetic showed this to be convincing the study of morphology was showing us pretty much the same thing; homologous structures support evolution.
it shows how they evolve into another
Fossils, D.N.A., vestigial organs or structure, same structure diffrent function.
The functions of the skeletal system and the muscular system support each other. They relate to one another because the skeletal system provides structure and support while the muscular system provides the power needed for movement.
Skeletal is to support as immune is to recognition or protection
The skeletal system functions as both a rigid support structure to maintain the body's form as well as a protective structure for body parts such as the bones of the rib cage protecting the chest cavity, or the bones of the skull protecting the brain. Additionally, the skeletal system provides anchors without which the muscular system would be unable to produce movement, and contains bone marrow which is the site of the formation of new blood
Evolution is the process of deriving species from other species, forms from other forms. Homologous structures are structures in organisms that share the same components. A good example is the vertebrate limb - it's clear that our arm, a bat's wing, a dolphin's flipper and a mole's digging paw all share the same identifiable bones. This supports the idea they're all derived from a structure in a common ancestor, as opposed to being created independently.
Sk