A chicken wing can compare to a human arm. In fact, there are many similarities. First of all, both human arm and chicken wing contain the humerus, radius, and ulna. Those help the upper arm function. While observing the depiction of human arm and chicken wing, I saw where each component was placed and that help me figure out how exactly each part works and what it helps move. The ulna and radius both support the arms and help it work.The ulna is the bigger of the two. The humerus functions as the extender of the arm and wing, it basically helps the arm reach out, stretch, and basically just move. Without it, you wouldn’t be able to function the arm, or at least the upper arm. Also, both arm and wing have the components of the carpals, metacarpals, and phalanges that work together to form …show more content…
The metacarpals are the wrist bones. Last but not least, the phalanges are the finger bones. Those three parts are all severely important to the hand. The phalanges are the parts that help you grab things and get a hold of items, it helps you write, and overall helps you everyday with its different functions. The carpals have eight irregular shaped carpals that are the most proximal bones of the hand. Each of the eight carpals work together to keep everything within the vicinity connected. The metacarpal contains five metacarpal bones that articulate proximally with the carpals and distally with the proximal phalanges. The metacarpal bones also connect the carpal bones of the wrist with the phalanges. On top of that, both skin and fat on arms and wings work as a protective surface for being. During the discussion, we spoke about hot the skin protects everything inside of the arm and wing, not just that, but also the whole body. The fat keeps the body warm and stores energy. It also provides the body with a thick flap of protection and can also be specified as a barrier of protection to all of the components within the whole