Download Chapter 4.3 - 4-4 Test Review The appendicular skeleton consists of

Chapter 4.3 - 4-4 Test Review
The appendicular skeleton consists of:
A. 80 bones
B. 126 bones
C. 137 bones
D. 206 bones
E. none of the above
The appendicular skeleton consists of:
A. 80 bones
B. 118 bones
C. 140 bones
D. 206 bones
E. none of the above
The appendicular skeleton consists of:
A. 60 bones
B. 80 bones
C. 126 bones
D. 206 bones
E. none of the above
Which bone is a part of the appendicular skeleton?
A. vertebra
B. coccyx
C. mandible
D. scapula
E. none of the above
Which bone is a part of the appendicular skeleton?
A. vertebra
B. sacrum
C. clavicle
D. maxilla
E. none of the above
Which bone is not a part of the appendicular skeleton?
A. femur
B. sternum
C. clavicle
D. scapula
E. none of the above
Which bone is not a part of the appendicular skeleton?
A. patella
B. coccyx
C. mandible
D. scapula
E. none of the above
The tibia articulates distally with the:
A. femur
B. tarsal bones
C. patella
D. coxal bone
E. ilium
The tibia articulates proximally with the:
A. tarsal bones
B. coxal bone
C. humerus
D. femur
E. scapula
The ulna articulates proximally with the:
A. carpal bones
B. humerus
C. scapula
D. clavicle
E. none of the above
The ulna articulates distally with the:
A. carpal bones
B. humerus
C. scapula
D. clavicle
E. none of the above
The humerus articulates proximally with the:
A. clavicle
B. scapula
C. sternum
D. ulna
E. radius
The humerus articulates distally with the:
A. radius
B. ulna
C. radius and ulna
D. scapula
E. scapula and clavicle
The femur articulates proximally with the:
A. scapula
B. ulna
C. tibia
D. coxal bone
E. tibia and fibula
The femur articulates distally with the:
A. scapula
B. ulna
C. tibia
D. coxal bone
E. tibia and fibula
The lateral malleolus is found on the _________ end of the ________.
A. proximal, fibula
B. distal, tibia
C. proximal, tibia
D. distal, fibula
E. none of the above
The medial malleolus is found on the ________ end of the ________.
A. distal, fibula
B. proximal, fibula
C. distal, tibia
D. proximal, tibia
E. none of the above
The olecranon process is located on the ________ end of the ________.
A. Proximal, tibia
B. Distal, tibia
C. Proximal, ulna
D. Distal, ulna
E. None of the above
Which of the following bone(s) articulate(s) with the femur?
A. tibia
B. fibula
C. tibia and fibula
D. coxal bone and tibia
E. coxal bone tibia and fibula
Which of the following bone(s) articulate(s) with the humerus?
A. radius
B. ulna
C. radius and ulna
D. clavicle
E. sternum and clavicle
The medial end of the clavicle articulates with the:
A. sternum
B. acromion of the scapula
C. coracoid process of the scapula
D. humerus
E. none of the above
The sternum articulates with the:
A. acromion process of the scapula
B. lateral end of the clavicle
C. medial end of the clavicle
D. corocoid process of the scapula
E. none of the above
The acromion of the scapula articulates with the:
A. body of the sternum
B. lateral end of the clavicle
C. medial end of the clavicle
D. third rib
E. manubrium of the sternum
The lateral end of the clavicle articulates with the:
A. body of the sternum
B. acromion of the scapula
C. coracoid process of the scapula
D. humerus
E. manubrium of the sternum
The capitulum of the humerus articulates with the:
A. tibia
B. radius
C. fibula
D. ulna
E. scapula
At the trochlea of the humerus, articulates with the:
A. tibia
B. radius
C. fibula
D. ulna
E. scapula
The head of the femur articulates with the:
A. glenoid cavity
B. olecranon fossa
C. tarsals
D. acetabulum
E. anterior inferior iliac spine
The acetabulum forms an articulation with the:
A. head of the radius
B. head of the humerus
C. head of the femur
D. head of the ulna
E. none of the above
The lateral condyle of the femur articulates with the lateral condyle of the:
A. fibula
B. tibia
C. patella
D. metatarsal
E. metacarpal
The medial condyle of the tibia articulates with the medial condyle of the:
A. fibula
B. tibia
C. patella
D. femur
E. humerus
Which of the following is not a tarsal bone?
A. cuneiform
B. navicular
C. scaphoid
D. talus
E. all are tarsal bones
Which of the following is not a tarsal bone?
A. talus
B. cuboid
C. hamate
D. calcaneus
E. all are tarsal bones
Which of the following is not a carpal bone?
A. scaphoid
B. capitate
C. triquetrum
D. cuboid
E. none are carpal bones
Which of the following is not a carpal bone?
A. scaphoid
B. capitate
C. triquetrum
D. talus
E. none are carpal bones
Going from proximal to distal, the bones of the upper extremity would be:
A. metacarpals, carpals, ulna, and humerus
B. humerus, ulna, tarsals, metatarsals
C. carpals, metacarpals, ulna, and humerus
D. humerus, radius, metacarpals, and carpals
E. humerus, radius, carpals, and metacarpals
Going from proximal to distal, the bones of the lower extremity would be:
A. femur, tibia, carpals, and metacarpals
B. metacarpals, tarsals, femur, and tibia
C. femur, tibia, tarsals, and metatarsals
D. tarsals, metatarsals, femur, and tibia
E. femur, tibia, metatarsals, and tarsals
Going from distal to proximal, the bones of the upper extremity would be:
A. carpals, metacarpals, ulna, and humerus
B. humerus, radius, metacarpals, and carpals
C. humerus, radius, carpals, and metacarpal
D. metatarsals, tarsals, ulna, humerus
E. metacarpals, carpals, ulna, and humerus
Going from distal to proximal, the bones of the lower extremity would be:
A. metacarpals, tarsals, femur, and tibia
B. femur, tibia, tarsals, and metatarsals
C. tarsals, metatarsals, femur, and tibia
D. femur, tibia, carpals, and metacarpals
E. metatarsals, tarsals, femur, tibia
A break in a bone that breaks through the skin is called a:
A. complete fracture
B. incomplete fracture
C. simple fracture
D. compound fracture
E. comminuted fracture
A break in a bone that does not break the skin is called a:
A. complete fracture
B. incomplete fracture
C. simple fracture
D. compound fracture
E. comminuted fracture
A type of incomplete fracture in which the bone is bent or twisted to cause the break is called a:
A. greenstick fracture
B. stress fracture
C. comminuted fracture
D. spiral fracture
E. none of the above
A type of incomplete fracture in which the bone cracks due to overuse is called a:
A. greenstick fracture
B. stress fracture
C. comminuted fracture
D. spiral fracture
E. none of the above
A type of complete fracture in which excessive twisting causes the bone to break is called a:
A. greenstick fracture
B. stress fracture
C. comminuted fracture
D. spiral fracture
E. none of the above
The iliofemoral joint is a:
A. gliding joint
B. saddle joint
C. ball and socket joint
D. hinge joint
E. pivot joint
The glenohumeral joint is a:
A. gliding joint
B. saddle joint
C. ball and socket joint
D. hinge joint
E. pivot joint
The tibiofemoral joint is a:
A. gliding joint
B. saddle joint
C. ball and socket joint
D. hinge joint
E. pivot joint
The most medial phalanx on our hand is the:
A. 1st phalanx
B. 2nd phalanx
C. 3rd phalanx
D. 4th phalanx
E. 5th phalanx
The most lateral phalanx of the hand is the:
A. 1st phalanx
B. 2nd phalanx
C. 3rd phalanx
D. 4th phalanx
E. 5th phalanx
Metacarpal bones form the framework of the:
A. wrist
B. hand
C. ankle
D. foot
E. shoulder complex
Metatarsal bones form the framework of the:
A. wrist
B. hand
C. ankle
D. foot
E. shoulder complex
Tarsal bones form the framework of the:
A. wrist
B. hand
C. ankle
D. foot
E. shoulder complex
Which of the following bones fused together to form the coxal bone?
A. tibia, fibula, femur
B. humerus, radius, ulna
C. ilium, pubis, scapula
D. ischium, ilium, clavicle
E. ilium, ischium, pubis
The large depression on the anterior aspect of the scapula is termed the:
A. supraspinous fossa
B. infraspinous fossa
C. subscapular fossa
D. olecranon fossa
E. intercondylar fossa
Which appendicular bone articulates with the axial skeleton?
A. humerus
B. clavicle
C. vertebrae
D. sternum
E. sacrum
The longest and heaviest bone in the body is the:
A. tibia
B. fibula
C. coxal
D. femur
E. humerus
A person with a fractured patella would expect discomfort in the:
A. elbow
B. knee
C. head
D. ankle
E. shoulder
The shoulder complex consists of the following joints:
A. sternoclavicular, acromioclavicular, humeroulnar, iliofemoral
B. acromioclavicular, scapulothoracic, sternoclavicular, humeroulnar
C. scapulothoracic, radioulnar, glenohumeral, acromioclavicular
D. glenohumeral, sternoclavicular, acromioclavicular, scapulothoracic
E. none of the above
The shoulder girdle consists of the:
A. sternum, clavicle, scapula
B. sternum, clavicle
C. clavicle, humerus, scapula
D. clavicle, scapula
E. scapula, sternum
A type of complete fracture in which the bone is splintered is called a:
A. greenstick fracture
B. stress fracture
C. comminuted fracture
D. spiral fracture
E. none of the above
The humeroulnar joint is a:
A. gliding joint
B. saddle joint
C. ball and socket joint
D. hinge joint
E. pivot joint
Match the bone markings with the bones on which they can be found.
A.
B.
C.
D.
E.
G.
I.
J.
femur
fibula
humerus
coxal
radius
scapula
tibia
ulna
_____ acetabulum
_____ lateral malleolus
_____ medial malleolus
_____ glenoid cavity
_____ obturator foramen
_____ olecranon process
_____ acromion process
_____ capitulum
_____ greater trochanter
_____ trochlea