answer all the questions please decreases the angle hetween bones. It bends of f
ID: 3164471 • Letter: A
Question
answer all the questions please
decreases the angle hetween bones. It bends of folds one part on another b. f lexion abduction a. extension adjacent vertebrac are connected by intervertebral disks and strong 20. The bodies of ligaments. Fibrous tissue and fibrocartilage form the disk's outer rim called the a nucleus pulposus b. annular fibers c. gliding joints d. superior articular facets 21. The central core of the intervertebral disks is called a nucleus puposus b. annular fibers c. gliding joints d. superior articular facets 22. position to its anatomical position. increase the angle between bones. It returns a part from its flexed b, flexion a. abduction d'pronation ?. extension occurs when the foot is stretched down and back. This movement 23 increases the angle between the top of the foot and the front of the leg. a. dorsiflexion b. supination c. planter flexion d. pronation 24-29 Matching of Synovial Joints 24. saddle joint 25. gliding 26. condyloid 27. hinge a. elbow joint b. shoulder joint and hip c. joint between the first and second cervical vertebrae d. joints between the articular facets of adjacent vertebrae e. joints between the radius and ulna ab. Thumb joint between the first metacarpal and carpal 28. pivot 29. ball and socket boneExplanation / Answer
Answer 19. Flexion
20. Annular Fibers
21. Nucleus Polposus
22. Extension
23. Planter Flexion
24. Saddle Joint --> Thumb joint between the first metacarpal and carpal bone
25. Gliding -->
26. Condyloid -->
27. Hinge --> Elbow Joint
28. Pivot --> Joints between the radius and ulna.
29. Ball And Socket --> Shoulder Joint and Hip.
The matches for gliding and condyloid joints is not present in the subsequent matches. Matches provided are of Vertebral joints.Vertebral joints are not the example of synovial joints and are rather examples of cartiliginous joints.
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