BACK bones,joints,ligaments (MCQS) Flashcards
(50 cards)
Which of the following is the most superior region of the vertebral column?
A. Cervical
B. Thoracic
C. Lumbar
D. Sacral
A
How many thoracic vertebrae are there in the human body?
A. 5
B. 7
C. 12
D. 10
C
The large, kidney - shaped part of a vertebra that bears most of the body’s weight is the:
A. Vertebral arch
B. Spinous process
C. Transverse process
D. Vertebral body
D
The distinctive feature of the second cervical vertebra (axis) is the presence of:
A. Transverse foramen
B. Dens (odontoid process)
C. Bifid spinous process
D. Costal facets
B
The intervertebral foramina are formed by:
A. The vertebral bodies
B. The spinous processes
C. The pedicles of adjacent vertebrae
D. The laminae of adjacent vertebrae
C
Which type of cartilage makes up the intervertebral discs?
A. Hyaline cartilage
B. Elastic cartilage
C. Fibrocartilage
D. Articular cartilage
C
The function of the intervertebral discs is to:
A. Provide shock absorption
B. Allow movement between vertebrae
C. Both A and B
D. None of the above
C
The facet joints of the vertebrae are examples of which type of joint?
A. Fibrous joint
B. Cartilaginous joint
C. Synovial joint
D. Gomphosis
C
The atlanto - occipital joint allows for which movement of the head?
A. Flexion and extension (nodding)
B. Rotation (shaking the head)
C. Lateral flexion
D. All of the above
A
The atlanto - axial joint is primarily responsible for:
A. Flexion of the head
B. Extension of the head
C. Rotation of the head
D. Lateral flexion of the head
c
The sacrum is composed of how many fused vertebrae?
A. 3
B. 4
C. 5
D. 6
C
The coccyx is made up of how many usually fused vertebrae?
A. 2 - 3
B. 3 - 5
C. 5 - 7
D. 1 - 2
B
The anterior longitudinal ligament runs along the:
A. Anterior surface of the vertebral bodies
B. Posterior surface of the vertebral bodies
C. Anterior surface of the spinous processes
D. Posterior surface of the spinous processes
A
The function of the anterior longitudinal ligament is to:
A. Prevent hyperextension of the spine
B. Prevent hyperflexion of the spine
C. Limit rotation of the spine
D. Limit lateral flexion of the spine
B
The posterior longitudinal ligament is located:
A. Along the anterior surface of the vertebral bodies
B. Along the posterior surface of the vertebral bodies
C. Between the spinous processes
D. Between the transverse processes
B
The ligamentum flavum connects:
A. The spinous processes of adjacent vertebrae
B. The transverse processes of adjacent vertebrae
C. The laminae of adjacent vertebrae
D. The vertebral bodies of adjacent vertebrae
C
The supraspinous ligament is found:
A. Running along the tips of the spinous processes
B. Between the spinous processes
C. Along the anterior surface of the vertebral bodies
D. Along the posterior surface of the vertebral bodies
A
The interspinous ligaments connect:
A. Adjacent spinous processes
B. Adjacent transverse processes
C. Adjacent laminae
D. Adjacent vertebral bodies
A
The intertransverse ligaments connect:
A. Adjacent spinous processes
B. Adjacent transverse processes
C. Adjacent laminae
D. Adjacent vertebral bodies
B
Which ligament helps to maintain the normal curvature of the spine?
A. Anterior longitudinal ligament
B. Posterior longitudinal ligament
C. Ligamentum flavum
D. All of the above
D
A herniated intervertebral disc is most likely to occur when:
A. The annulus fibrosus of the disc ruptures
B. The nucleus pulposus of the disc ruptures
C. Both the annulus fibrosus and nucleus pulposus rupture
D. The vertebral body collapses
A
The lumbar vertebrae are characterized by:
A. Small vertebral bodies
B. Long, slender spinous processes
C. Large, kidney - shaped vertebral bodies
D. Bifid spinous processes
C
The thoracic vertebrae have unique features such as:
A. Costal facets for rib attachment
B. Transverse foramina
C. Bifid spinous processes
D. Large vertebral foramina
A
The cervical vertebrae, except C1 and C2, have:
A. Bifid spinous processes
B. Costal facets
C. Large vertebral bodies
D. Long spinous processes
A