Reference no: EM133598136
Questions
1. Describe the two systems for classifying joints.
2. Explain the structure of a fibrous joint, list the three types, and give an example of each type.
3. Contrast the two types of cartilaginous joints and give examples of each type.
4. Illustrate the structure of a synovial joint and explain the roles of the components of a synovial joint.
5. Classify synovial joints based on the shape of the bones in the joint and give an example of each type.
6. Demonstrate the difference between the following pairs of movements: flexion and extension; plantar flexion and dorsiflexion; abduction and adduction; supination and pronation; elevation and depression; protraction and retraction; opposition and reposition; inversion and eversion.
7. Identify a sample joint for each of the following motions: flexion and extension; plantar flexion and dorsiflexion; abduction and adduction; supination and pronation; elevation and depression; protraction and retraction; opposition and reposition; inversion and eversion.
8. Distinguish between rotation and circumduction and describe which joints permit rotation and which joints permit circumduction.
9. Explain the difference between active and passive range of motion.
10. Describe the consequences of movement beyond the normal range.
11. Describe the structure and movements of the TMJ and why this is associated with a disorder know as TMJ syndrome.
12. Compare and contrast the structural components of the ball and socket joints of the shoulder and hip.
13. Break the elbow down into three joints and describe the articulations, the three synovial joint classifications, and the motions of each.
14. Describe the knee including a list of the complex nature of supporting that hinge joint.
15. Discuss the common disorders that affect synovial joints and the common causes.