part of the muscalar system
ligaments are a part of the skeletal system
Ligaments are part of the muscular system.
Some people confuse tendons with ligaments. The Musculoskeletal System includes the bones, the ligaments, the tendons, and the muscles. When split up, the ligaments are not part of the Muscular System because they connect bones to bones or bones to joints, which the bones and joints are only part of the Skeletal System. People confuse the ligaments as being part of the Muscular System because the tendons connect bones tom muscles, so tendons are part of the Skeletal and Muscular Systems, but ligaments are not.
The skeleto-muscular system is the set of organs including the bones, the skeletal muscles, and the associated tendons and ligaments. The cat's skeleton (the bones) are part of the skeleto-muscular system.
The tendons are part of the muscular system!!!!!!!!!!!!! Another answer would be , the tendons are the connection between the muscular and skeletal system , being connective tissue ,neither bone or muscle , but since the greater part of most tendons are attached to the muscle , and are only anchored to bone, then that would make them part of the muscular system.
Yes
No, ligaments are not considered part of the skeletal system. They are fibrous connective tissues that connect bones to other bones in the body.
Your bones are part of your skeletal system, not muscular.
No, ligaments are not considered part of the muscular system. Ligaments are tough bands of tissue that connect bones to other bones, while the muscular system is made up of muscles that allow movement in the body.
No, they are part of the Skeletal System.
If we didn't have a skeletal system we would be a blob on the ground. If we didn't have bones well basically the same thing but also we wouldn't be able to produce blood or marrow.<----- (important) We also need tendons and ligaments so our muscles stay attached to our bones (another reason why we need bones) and allow smoother movement.
The skull is part of the skeletal system in the human body. It provides structural support, protection for the brain, and serves as an attachment site for muscles and ligaments.