Match each type of synovial joint listed on the left with its corresponding structural and movement characteristic on the right.
- Hinge jointPermits movement primarily in a single plane (flexion and extension), such as at the elbow and knee joints.
- Ball-and-socket jointPermits multi-directional movement and rotation in all planes, such as at the shoulder and hip joints.
- Pivot jointPermits rotational movement around a single longitudinal axis, such as the articulation between the atlas and axis vertebrae.
- Gliding (plane) jointPermits limited sliding or gliding movements between flat articulating surfaces, such as between adjacent carpal bones.
Cevap
Hinge joint matches with single-plane movement (elbow/knee); Ball-and-socket joint matches with multi-directional movement in all planes (shoulder/hip); Pivot joint matches with rotation around a single axis (atlas/axis); Gliding joint matches with sliding movements between flat surfaces (carpals).
Each joint type corresponds directly to its mechanical function: Hinge joints restrict motion to one plane; Ball-and-socket joints allow multi-directional movement in all planes; Pivot joints allow rotational motion around a central axis; and Gliding joints facilitate sliding movements over flat surfaces.
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Anahtar Kavram
Types, structural characteristics, and movement mechanics of synovial joints in mammals