The bones involved in long jump are the femur, fibula, tibia, vertebra, metatarsals, phalanges, ulna, radius, and the humerus. The muscles used in the same activity are the gastrocnemius, glutes, quadriceps, hamstrings, biceps, deltoids, triceps, trapezius, latissimus, dorsi, quadriceps, and the abdominals. It also includes the elbow, shoulder, and hip ball and socket joint, the elbow, patella, and toes hinge joint, and the ankles condyloid and synovial joint. The joint actions are flexion, extension, and abduction.
Yes, when you jump rope, your bones do move as they provide the structure and support for your body to perform the jumping motion. Bones are connected by joints and work with muscles to enable movement, including the repetitive actions involved in jumping rope.
The bones do not move, neither do they work alone. In order to move the bones need help from the joints and muscles. The muscles pull on the joints therefore making the bones move.
Connective tissues called tendons connect muscles to bones.
JOINTS
It is because we have joints and muscles
In order to move, muscles pull on the joints to pull the bones and let them move.
food because if they eat food they wont mess with anybody
Muscles.
Bones are held together by joints and muscles and tissue.
Bones allow movement to happen at joints, which are where two or more bones come together. Joints are supported and cushioned by cartilage and are surrounded by ligaments that help stabilize and support the movement of the bones. Muscles attached to the bones provide the necessary force to move the bones at the joints.
Muscles supply support and a way for bones to move/bend at the joints without falling apart.
Muscles supply support and a way for bones to move/bend at the joints without falling apart.