What is the characteristic of tendons compared to ligaments?

Tendons are primarily characterized by their function of connecting muscle to bone. This structural role is crucial in facilitating movement, as tendons transmit the force generated by muscles to the skeletal system, allowing for the movement of limbs and other body parts. Tendons are composed mainly of collagen, which provides them with tensile strength to withstand the forces exerted during muscle contractions.

In contrast, ligaments have a different function; they connect bone to bone, providing stability and support to joints. This distinction is essential for understanding the mechanics of the musculoskeletal system. While tendons and ligaments both support body movements and structures, their specific connections determine their unique roles within the body.

The other options suggest characteristics that either do not accurately describe tendons or misrepresent their functionality. For instance, while tendons do have some elastic properties, they are generally less elastic than ligaments, which allow joints to move more freely. Additionally, while tendons are strong, the primary focus should be on their connection of muscle to bone rather than a comparison of strength with ligaments. Therefore, recognizing that tendons indeed connect muscles to bones is fundamental in understanding their role in anatomy and physiology.