Final answer:
The statement about muscles, ligaments, tendons, and bones limiting the range of joint motion is true. These structures contribute to joint stability but can restrict movement to prevent excessive or hazardous joint motion.
Step-by-step explanation:
Structures that may limit the range of joint motion include muscle, ligament, tendon, and bone. This statement is true. Joints allow for varying degrees of movement, and this motion can be restricted by several factors, including the muscles and ligaments that support the joint, the tendons that attach muscles to bones, and the bone structures themselves that define the joint's range of motion.
For example, synovial joints such as the shoulder joint are highly mobile due to minimal ligament support, while the hip joint has strong ligaments that restrict movement for greater stability during activities like standing and walking. Ligaments, in particular, play a crucial role by holding bones together and preventing excessive or abnormal movements that could lead to injury.
The more mobile a joint, such as the shoulder, the less stability it has compared to less mobile joints like those of the carpal bones, which are more stable due to their structure. Thus, a balance must be maintained between mobility and stability to ensure effective joint function and prevent dislocation.