#1
Which type of joint allows for the widest range of motion?
Synovial joint
ExplanationAllows for extensive movement due to fluid-filled cavity and articular cartilage.
#2
Which of the following is an example of a fibrous joint?
Sutures of the skull
ExplanationImmovable joints formed by fibrous tissue between skull bones.
#3
Which of the following joints allows for flexion and extension movements only?
Hinge joint
ExplanationMovement restricted to one plane, resembling the opening and closing of a door.
#4
Which type of joint allows for the least amount of movement?
Immovable joint
ExplanationFixed joints, like those between cranial bones, allowing no movement.
#5
Which of the following is an example of a cartilaginous joint?
Symphysis pubis
ExplanationAllows limited movement and provides shock absorption between pelvic bones.
#6
What type of joint is the shoulder joint?
Ball-and-socket joint
ExplanationAllows for movement in multiple directions, resembling a ball in a socket.
#7
Which of the following is not a function of synovial fluid in synovial joints?
Stabilizes joint by increasing friction
ExplanationSynovial fluid reduces friction, not increases it, aiding in smooth movement.
#8
Which type of joint is found between the atlas and axis vertebrae?
Synovial joint
ExplanationAllows for rotation between the first and second cervical vertebrae.
#9
Which joint is commonly affected by osteoarthritis?
Knee joint
ExplanationWeight-bearing joint prone to degeneration with age.
#10
What is the function of the menisci in the knee joint?
To provide cushioning and absorb shock
ExplanationMenisci act as shock absorbers, enhancing stability and reducing wear.
#11
What is the distinguishing characteristic of a synchondrosis joint?
Articulating bones connected by hyaline cartilage
ExplanationBones are joined by hyaline cartilage allowing slight movement.
#12
In a syndesmosis joint, how are the articulating bones connected?
By fibrous tissue
ExplanationBones are connected by dense fibrous tissue, allowing slight movement.
#13
What is the distinguishing characteristic of a syndesmosis joint?
Fibrous tissue holding bones together
ExplanationBound by fibrous tissue, permitting limited movement.
#14
In a gomphosis joint, what is the structure that connects the bones?
Periodontal ligament
ExplanationBinds teeth to their sockets, providing stability and shock absorption.