Deck 8: Articulations
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Deck 8: Articulations
1
A ligamentous connection such as an interosseus ligament is termed a
A) symphysis.
B) syndesmosis.
C) gomphosis.
D) synostosis.
E) synchondrosis.
A) symphysis.
B) syndesmosis.
C) gomphosis.
D) synostosis.
E) synchondrosis.
B
2
C:\User
Figure 8- 1 Bones of the Wrist and Hand
Use Figure 8- 1 to answer the following questions:
Which of the following movements is a good example of depression?
A) extreme bending of the head backwards
B) moving the hand toward the shoulder
C) spreading the fingers
D) opening the mouth
E) turning the hand palm upward

Use Figure 8- 1 to answer the following questions:
Which of the following movements is a good example of depression?
A) extreme bending of the head backwards
B) moving the hand toward the shoulder
C) spreading the fingers
D) opening the mouth
E) turning the hand palm upward
D
3
In the knee joint, the medial and lateral menisci
A) take the place of bursae.
B) are cartilages that bind the knee to the tibia.
C) act as cushions and conform to the shape of the articulating surfaces.
D) are found between the patella and femur.
E) both A and D
A) take the place of bursae.
B) are cartilages that bind the knee to the tibia.
C) act as cushions and conform to the shape of the articulating surfaces.
D) are found between the patella and femur.
E) both A and D
C
4
Nodding your head "yes" is an example of
A) lateral and medial rotation.
B) circumduction.
C) protraction and retraction.
D) flexion and extension.
E) pronation and supination.
A) lateral and medial rotation.
B) circumduction.
C) protraction and retraction.
D) flexion and extension.
E) pronation and supination.
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5
Bursae are found in all of the following areas, except
A) tendon sheaths.
B) around many synovial joints.
C) around blood vessels.
D) within connective tissue exposed to friction or pressure.
E) beneath the skin covering a bone.
A) tendon sheaths.
B) around many synovial joints.
C) around blood vessels.
D) within connective tissue exposed to friction or pressure.
E) beneath the skin covering a bone.
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6
A twisting motion of the foot that turns the sole of the foot outward is known as
A) plantar flexion.
B) dorsiflexion.
C) inversion.
D) eversion.
E) none of the above
A) plantar flexion.
B) dorsiflexion.
C) inversion.
D) eversion.
E) none of the above
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7

Use Figure 8- 2 to answer the following questions:
Identify the structure labeled "2."
A) synovial membrane
B) periosteum
C) serous membrane
D) joint capsule
E) intracapsular ligament
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8
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Figure 8- 1 Bones of the Wrist and Hand
Use Figure 8- 1 to answer the following questions:
Which of the following ligaments is not associated with the hip joint?
A) ischiofemoral ligament
B) anterior cruciate ligament
C) iliofemoral ligament
D) ligamentum teres
E) pubofemoral ligament

Use Figure 8- 1 to answer the following questions:
Which of the following ligaments is not associated with the hip joint?
A) ischiofemoral ligament
B) anterior cruciate ligament
C) iliofemoral ligament
D) ligamentum teres
E) pubofemoral ligament
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9
Contraction of the muscle that is attached to the radial tuberosity results in
A) rotation of the shoulder.
B) flexion of the forearm.
C) adduction of the forearm.
D) abduction of the forearm.
E) extension of the forearm.
A) rotation of the shoulder.
B) flexion of the forearm.
C) adduction of the forearm.
D) abduction of the forearm.
E) extension of the forearm.
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10
To pinch with a thumb and finger involves a movement called
A) eversion.
B) rotation.
C) circumduction.
D) retraction.
E) opposition.
A) eversion.
B) rotation.
C) circumduction.
D) retraction.
E) opposition.
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11
An epiphyseal line is an example of a
A) symphysis.
B) syndesmosis.
C) synchondrosis.
D) gomphosis.
E) synostosis.
A) symphysis.
B) syndesmosis.
C) synchondrosis.
D) gomphosis.
E) synostosis.
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12

Use Figure 8- 1 to answer the following questions:
Identify the type of joint at label "3."
A) hinge
B) saddle
C) pivot
D) ellipsoid
E) gliding
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13
Dislocations are quite painful due to stimulation of pain receptors. One place these receptors are absent is
A) inside the joint cavity.
B) within the joint capsule.
C) within the tendons around the joint.
D) within the ligaments around the joint.
E) both C and D
A) inside the joint cavity.
B) within the joint capsule.
C) within the tendons around the joint.
D) within the ligaments around the joint.
E) both C and D
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14
Which of the following movements is a good example of supination?
A) moving the hand toward the shoulder
B) spreading the fingers
C) opening the mouth
D) extreme bending of the head backwards
E) turning the hand palm upward
A) moving the hand toward the shoulder
B) spreading the fingers
C) opening the mouth
D) extreme bending of the head backwards
E) turning the hand palm upward
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15
The joints that are subjected to the greatest load are found in the
A) ankles.
B) hips.
C) knees.
D) spine.
E) hands.
A) ankles.
B) hips.
C) knees.
D) spine.
E) hands.
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16
Which of the following movements would you associate with chewing food?
A) abduction
B) elevation
C) pronation
D) circumduction
E) flexion
A) abduction
B) elevation
C) pronation
D) circumduction
E) flexion
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17
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Figure 8- 1 Bones of the Wrist and Hand
Use Figure 8- 1 to answer the following questions:
Identify the type of joint at label "1."
A) ellipsoid
B) pivot
C) hinge
D) saddle
E) gliding

Use Figure 8- 1 to answer the following questions:
Identify the type of joint at label "1."
A) ellipsoid
B) pivot
C) hinge
D) saddle
E) gliding
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18
Which of the following is not a function of synovial fluid?
A) provides nutrients
B) protects articular cartilages
C) shock absorption
D) increases osmotic pressure within joint
E) lubrication
A) provides nutrients
B) protects articular cartilages
C) shock absorption
D) increases osmotic pressure within joint
E) lubrication
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19

Use Figure 8- 1 to answer the following questions:
A movement away from the midline of the body is termed
A) abduction.
B) inversion.
C) flexion.
D) extension.
E) adduction.
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20
The joint that permits the greatest range of mobility of any joint in the body is the joint.
A) elbow
B) hip
C) knee
D) wrist
E) shoulder
A) elbow
B) hip
C) knee
D) wrist
E) shoulder
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21

Use Figure 8- 1 to answer the following questions:
Identify the type of joint at label "4."
A) pivot
B) hinge
C) gliding
D) saddle
E) ellipsoid
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22
Which of the following occurs when the articular cartilage is damaged?
A) The exposed surface changes to a rough feltwork.
B) The matrix begins to break down.
C) Friction in the joint increases.
D) Normal synovial joint function is unable to continue.
E) all of the above
A) The exposed surface changes to a rough feltwork.
B) The matrix begins to break down.
C) Friction in the joint increases.
D) Normal synovial joint function is unable to continue.
E) all of the above
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23
The joints between vertebrae are examples of joints.
A) gliding
B) ellipsoid
C) saddle
D) hinge
E) pivot
A) gliding
B) ellipsoid
C) saddle
D) hinge
E) pivot
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24
The synarthrosis that binds the teeth to the bony sockets is a
A) synotosis.
B) suture.
C) synchondrosis.
D) gomphosis.
E) none of the above
A) synotosis.
B) suture.
C) synchondrosis.
D) gomphosis.
E) none of the above
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25
The surface of articular cartilage is
A) slick.
B) flat.
C) smooth.
D) rough.
E) both A and C
A) slick.
B) flat.
C) smooth.
D) rough.
E) both A and C
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26
Which ligament connects the clavicle and the acromion?
A) coracoclavicular
B) coracoacromial
C) acromioclavicular
D) coracohumeral
E) glenohumeral
A) coracoclavicular
B) coracoacromial
C) acromioclavicular
D) coracohumeral
E) glenohumeral
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27
A suture is an example of an)
A) syndesmosis.
B) diarthrosis.
C) synarthrosis.
D) symphysis.
E) amphiarthrosis.
A) syndesmosis.
B) diarthrosis.
C) synarthrosis.
D) symphysis.
E) amphiarthrosis.
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28
Which of the following movements is a good example of abduction?
A) spreading the fingers
B) extreme bending of the head backwards
C) moving the hand toward the shoulder
D) opening the mouth
E) turning the hand palm upward
A) spreading the fingers
B) extreme bending of the head backwards
C) moving the hand toward the shoulder
D) opening the mouth
E) turning the hand palm upward
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29
The elbow joint is an example of an) joint.
A) hinge
B) gliding
C) ellipsoid
D) saddle
E) pivot
A) hinge
B) gliding
C) ellipsoid
D) saddle
E) pivot
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30
The "rotator cuff" of the shoulder functions to
A) reinforce the joint capsule.
B) limit the range of movements.
C) allow biaxial movement.
D) all of the above
E) both A and B
A) reinforce the joint capsule.
B) limit the range of movements.
C) allow biaxial movement.
D) all of the above
E) both A and B
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31
A slightly movable joint is an)
A) gomphosis.
B) synostosis.
C) diarthrosis.
D) amphiarthrosis.
E) synarthrosis.
A) gomphosis.
B) synostosis.
C) diarthrosis.
D) amphiarthrosis.
E) synarthrosis.
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32
Which of the following movements is a good example of flexion?
A) extreme bending of the head backwards
B) spreading the fingers
C) turning the hand palm upward
D) opening the mouth
E) moving the hand toward the shoulder
A) extreme bending of the head backwards
B) spreading the fingers
C) turning the hand palm upward
D) opening the mouth
E) moving the hand toward the shoulder
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33
Which of these is not a property of articular cartilage?
A) enclosed by a capsule
B) smooth, low- friction surface
C) lubricated by synovial fluid
D) similar to hyaline cartilage
E) covered by perichondrium
A) enclosed by a capsule
B) smooth, low- friction surface
C) lubricated by synovial fluid
D) similar to hyaline cartilage
E) covered by perichondrium
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34
A freely movable joint is an)
A) synarthrosis.
B) diarthrosis.
C) syndesmosis.
D) symphysis.
E) amphiarthrosis.
A) synarthrosis.
B) diarthrosis.
C) syndesmosis.
D) symphysis.
E) amphiarthrosis.
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35

Use Figure 8- 1 to answer the following questions:
A herniated intervertebral disc is caused by
A) ossification of the vertebral disc.
B) loss of annulus fibrosis elasticity.
C) protrusion of the nucleus pulposus.
D) transformation of fibrocartilage to hyaline cartilage.
E) slippage of the fibrocartilage disc.
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36
In a triaxial articulation
A) no movement is possible.
B) movement can occur in all three axes.
C) movement can occur in only two axes.
D) movement can occur in only one axis.
E) only circumduction is possible.
A) no movement is possible.
B) movement can occur in all three axes.
C) movement can occur in only two axes.
D) movement can occur in only one axis.
E) only circumduction is possible.
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37
Monaxial joints are known as joints.
A) saddle
B) ball- and- socket
C) ellipsoid
D) hinge
E) gliding
A) saddle
B) ball- and- socket
C) ellipsoid
D) hinge
E) gliding
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38
Factors that increase the stability of the hip joint include
A) supporting ligaments.
B) tough capsule.
C) almost complete bony socket.
D) strong muscular padding.
E) all of the above
A) supporting ligaments.
B) tough capsule.
C) almost complete bony socket.
D) strong muscular padding.
E) all of the above
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39
Syndesmosis is to ligament as symphysis is to
A) rigid cartilaginous bridge.
B) periodontal ligament.
C) completely fused.
D) fibrous cartilage.
E) dense regular connective tissue.
A) rigid cartilaginous bridge.
B) periodontal ligament.
C) completely fused.
D) fibrous cartilage.
E) dense regular connective tissue.
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40

Use Figure 8- 1 to answer the following questions:
The medial surface of the knee joint is reinforced by the _ ligament.
A) cruciate
B) fibular collateral
C) popliteal
D) tibial collateral
E) patellar
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41

Use Figure 8- 2 to answer the following questions:
Identify the structure at label "1."
A) synovial membrane
B) articular cartilage
C) bursa
D) meniscus
E) joint cavity
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42
All of the following are structural classifications of synovial joints, except
A) pivot.
B) hinge.
C) saddle.
D) gliding.
E) rolling.
A) pivot.
B) hinge.
C) saddle.
D) gliding.
E) rolling.
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43
Lifting a stone with the tip of foot is
A) eversion.
B) circumduction.
C) inversion.
D) plantar flexion.
E) dorsiflexion.
A) eversion.
B) circumduction.
C) inversion.
D) plantar flexion.
E) dorsiflexion.
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44
Which of the following movements is a good example of hyperextension?
A) moving the hand toward the shoulder
B) extreme bending of the head backwards
C) opening the mouth
D) spreading the fingers
E) turning the hand palm upward
A) moving the hand toward the shoulder
B) extreme bending of the head backwards
C) opening the mouth
D) spreading the fingers
E) turning the hand palm upward
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45
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Figure 8- 2 A Simplified Sectional View of the Knee Joint
Use Figure 8- 2 to answer the following questions:
Identify the structure labeled "5."
A) intracapsular ligament
B) synovial membrane
C) serous membrane
D) joint capsule
E) periosteum

Use Figure 8- 2 to answer the following questions:
Identify the structure labeled "5."
A) intracapsular ligament
B) synovial membrane
C) serous membrane
D) joint capsule
E) periosteum
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46
Which of these is not considered to be an accessory synovial structure?
A) menisci
B) bursae
C) synovial membrane
D) tendons
E) fat pads
A) menisci
B) bursae
C) synovial membrane
D) tendons
E) fat pads
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47
An extension past the anatomical position is known as
A) rotation.
B) extension.
C) hyperextension.
D) flexion.
E) double jointed.
A) rotation.
B) extension.
C) hyperextension.
D) flexion.
E) double jointed.
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48
The joint between the trapezium and metacarpal bone of the thumb is an example of an) joint.
A) gliding
B) hinge
C) pivot
D) saddle
E) ellipsoid
A) gliding
B) hinge
C) pivot
D) saddle
E) ellipsoid
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49

Use Figure 8- 2 to answer the following questions:
An immovable joint is an)
A) symphysis.
B) syndesmosis.
C) amphiarthrosis.
D) synarthrosis.
E) diarthrosis.
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50
The radiocarpal joint is an) _ joint.
A) ellipsoid
B) saddle
C) immovable
D) gliding
E) hinge
A) ellipsoid
B) saddle
C) immovable
D) gliding
E) hinge
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51
Which foot movement enables the ballerina to stand on her toes?
A) eversion
B) inversion
C) rotation
D) dorsiflexion
E) plantar flexion
A) eversion
B) inversion
C) rotation
D) dorsiflexion
E) plantar flexion
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52

Use Figure 8- 1 to answer the following questions:
Identify the type of joint at label "5."
A) hinge
B) saddle
C) ellipsoid
D) pivot
E) gliding
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53
Joints can be classified structurally as
A) cartilaginous.
B) bony.
C) fibrous.
D) synovial.
E) all of the above
A) cartilaginous.
B) bony.
C) fibrous.
D) synovial.
E) all of the above
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54

Use Figure 8- 2 to answer the following questions:
The movements known as dorsiflexion and plantar flexion involve moving the
A) leg.
B) hip.
C) hand.
D) foot.
E) arm.
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55
A common injury to the ankle occurs by excessive turning of the sole inward, termed
A) inversion.
B) protraction.
C) eversion.
D) dorsiflexion.
E) plantar flexion.
A) inversion.
B) protraction.
C) eversion.
D) dorsiflexion.
E) plantar flexion.
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56
The elbow joint is extremely stable because
A) the capsule lacks ligaments.
B) the joint lacks bursae.
C) the articular capsule is thin.
D) the ulna and humerus interlock.
E) several muscles support the joint capsule.
A) the capsule lacks ligaments.
B) the joint lacks bursae.
C) the articular capsule is thin.
D) the ulna and humerus interlock.
E) several muscles support the joint capsule.
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57

Use Figure 8- 1 to answer the following questions:
Which of the following is not a characteristic of articular cartilage?
A) Surfaces are normally slick and smooth.
B) The matrix contains more water than other cartilages.
C) It is composed of hyaline cartilage.
D) There is no perichondrium.
E) It secretes synovial fluid.
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58

Use Figure 8- 1 to answer the following questions:
Which of the following ligaments assist in stabilization of the shoulder joint?
A) coracoacromial
B) subscapularis
C) coracoclavicular
D) all of the above
E) both A and C
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59
The ligament that provides support to the front of the knee joint is the _ ligament.
A) patellar
B) posterior cruciate
C) tibial collateral
D) anterior cruciate
E) popliteal
A) patellar
B) posterior cruciate
C) tibial collateral
D) anterior cruciate
E) popliteal
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60
A synovial joint is an example of an)
A) synarthrosis.
B) symphysis.
C) syndesmosis.
D) amphiarthrosis.
E) diarthrosis.
A) synarthrosis.
B) symphysis.
C) syndesmosis.
D) amphiarthrosis.
E) diarthrosis.
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61

Use Figure 8- 2 to answer the following questions:
Which structure acts as a cushion and consists of fibrocartilage?
A) 1
B) 2
C) 3
D) 4
E) 5
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62

Use Figure 8- 1 to answer the following questions:
Identify the type of joint at label "2."
A) hinge
B) gliding
C) ellipsoid
D) saddle
E) pivot
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63

Use Figure 8- 2 to answer the following questions:
The ligaments that limit the anterior- posterior movement of the femur and maintain the alignment of the femoral and tibial condyles are the ligaments.
A) fibular collateral
B) cruciate
C) patellar
D) tibial collateral
E) popliteal
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64
All of the following statements are true, except one. Identify the exception.
A) The more movement a joint allows, the stronger the joint.
B) The tension produced by muscle tendons surrounding a joint help stabilize the joint.
C) The rotator cuff functions to limit the range of movements of the shoulder joint.
D) The tighter two bones are held together within a joint, the stronger the joint.
E) The shapes of the articulating surfaces within the joint help prevent movement in a particular direction and strengthen and stabilize the joint.
A) The more movement a joint allows, the stronger the joint.
B) The tension produced by muscle tendons surrounding a joint help stabilize the joint.
C) The rotator cuff functions to limit the range of movements of the shoulder joint.
D) The tighter two bones are held together within a joint, the stronger the joint.
E) The shapes of the articulating surfaces within the joint help prevent movement in a particular direction and strengthen and stabilize the joint.
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Figure 8- 2 A Simplified Sectional View of the Knee Joint
Use Figure 8- 2 to answer the following questions:
Dense connective tissue is to a suture as a periodontal ligament is to an)
A) syndesmosis.
B) amphiarthrosis.
C) gomphosis.
D) synchondrosis.
E) synostosis.

Use Figure 8- 2 to answer the following questions:
Dense connective tissue is to a suture as a periodontal ligament is to an)
A) syndesmosis.
B) amphiarthrosis.
C) gomphosis.
D) synchondrosis.
E) synostosis.
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66

Use Figure 8- 2 to answer the following questions:
The ankle joint is an example of an) joint.
A) hinge
B) ellipsoid
C) gliding
D) saddle
E) ball- and- socket
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67
Which of the following athletes are at greatest risk of developing a rotator cuff injury?
A) tennis players
B) white- water kayakers
C) runners
D) baseball pitchers
E) both B and D
A) tennis players
B) white- water kayakers
C) runners
D) baseball pitchers
E) both B and D
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68

Use Figure 8- 2 to answer the following questions:
Which of the following types of joints is monoaxial, but capable of only rotation?
A) pivot
B) ball- and- socket
C) gliding
D) saddle
E) hinge
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69

Use Figure 8- 2 to answer the following questions:
What type of tissue occurs at the structure labeled "3"?
A) hyaline cartilage
B) fibrocartilage
C) dense connective tissue
D) synovial membrane
E) bone tissue
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70
All of the following movements occur at the intervertebral joints, except
A) extension.
B) rotation.
C) dorsiflexion.
D) flexion.
E) lateral flexion.
A) extension.
B) rotation.
C) dorsiflexion.
D) flexion.
E) lateral flexion.
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71
Which of these is one of the four major types of synarthrotic joints?
A) gomphosis
B) synostosis
C) suture
D) synchondrosis
E) all of the above
A) gomphosis
B) synostosis
C) suture
D) synchondrosis
E) all of the above
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72

Use Figure 8- 2 to answer the following questions:
The joints that connect the four fingers with the metacarpal bones are
A) hinge joints.
B) pivot joints.
C) ellipsoid joints.
D) condyloid joints.
E) saddle joints.
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73
Which of the following joints is an example of a ball- and- socket joint?
A) wrist
B) elbow
C) knee
D) shoulder
E) ankle
A) wrist
B) elbow
C) knee
D) shoulder
E) ankle
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74
The normal movement of the hip joint during walking involves
A) abduction.
B) adduction.
C) flexion.
D) extension.
E) both C and D
A) abduction.
B) adduction.
C) flexion.
D) extension.
E) both C and D
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75
The intercarpal articulations are joints.
A) ball- and- socket
B) saddle
C) gliding
D) hinge
E) ellipsoid
A) ball- and- socket
B) saddle
C) gliding
D) hinge
E) ellipsoid
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76
Muscles that extend the elbow attach to the
A) medial epicondyle.
B) radial tuberosity.
C) coronoid process.
D) lateral epicondyle.
E) olecranon process.
A) medial epicondyle.
B) radial tuberosity.
C) coronoid process.
D) lateral epicondyle.
E) olecranon process.
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77
The largest and strongest articulation at the elbow is the
A) ulnaradial joint.
B) humeroradial joint.
C) ulnar joint.
D) radial joint.
E) humero- ulnar joint.
A) ulnaradial joint.
B) humeroradial joint.
C) ulnar joint.
D) radial joint.
E) humero- ulnar joint.
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78
Which type of joint is found between the carpal bones?
A) saddle
B) pivot
C) hinge
D) ball- and- socket
E) gliding
A) saddle
B) pivot
C) hinge
D) ball- and- socket
E) gliding
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79

Use Figure 8- 2 to answer the following questions:
The structures that assist the bursae in reducing friction between the patella and other tissues are the
A) medial menisci.
B) lateral menisci.
C) fat pads.
D) popliteal ligaments.
E) cruciate ligaments.
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80

Use Figure 8- 1 to answer the following questions:
Complete dislocation of the knee is a rare because
A) the femur articulates with the tibia at the knee.
B) the knee contains seven major ligaments.
C) the knee is extremely resilient.
D) the knee is protected by the patella.
E) the knee contains fat pads to absorb shocks.
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