The Skeletal System In Football

A football player kicking a football is an example of a gross muscular skeletal muscle coordinating together to display the live-action potential of the chemistry between the functions of the nervous, muscular, and the skeletal system. For these actions to take place, the skeletal system must first be established and erected along with the cartilage, ligaments, and tendons attaching bones, muscle to bones, and articulation for movements.

When a football player sprints on the field during a game, he must have the mineral and calcium to supply the bone for strength. The nervous system will come into play, to send the signal from the brain, and the spinal cord via the peripheral somatic nerves. The peripheral autonomic nerves are controlled by
The combination of the feet and arms demonstrate the different functions of the muscular system. The muscle will contract for the bones to move in a specific direction; then it will relax so that the muscle can return to its original position. The cartilage, the synovial fluids, ligament, and tendons allow for free movement and are vital to the body for movement. The sarcomere, which gives energy in Actin and Myosin through the ATP, that enables the muscle to contract with the calcium. When the instinct stops, the calcium then departs to its origin in the sarcoplasmic reticulum. When the player stops running, the muscular-skeletal will go back into its original place and
The PNS nerves come from the CNS and travel all over the body to transmit messages. These signals are known as the peripheral somatic nerves responsible for voluntary movements, and the peripheral autonomic nerves have responsibility for involuntary actions. The spinal cord is also a part of the PNS because it carries information from the brain to produce reflexes. The cranial nerves are responsible for the afferent nerve, which gives sensory, smell, hearing, and sight. The efferent is to control the head