Appendicular Skeleton and Joints Lab Quiz
A)What do arrows A and B point to?B)Name the bones this bone with arrows, articulates with.
A)Anterior crest, medial malleolus B)femur, fibula and talus
A)Identify this long, slender S-shaped bone which lies horizontally in the superior and anterior portion of the thorax. B) With which bone does it form the pectoral girdle?
A)clavicle B) scapula
A)Identify the bone seen in this image B)What do arrows B and D point to? This is a long bone of the lower limb with arrow A pointing to a proximal, posteromedial prominence, arrow B pointing to a proximal, posterolateral prominence, arrow C pointing to distal large wheellike structure, arrow D pointing to distal large wheellike structure.
A)femur B)Greater trochanter and lateral condyle
A)Identify this bone B)What do arrows A and B point to? This is an anterior view of the upper limb with arrow A pointing to a superior and lateral small rounded projection, arrow B pointing to a superior and medial small rounded projection, arrow C pointing to a lateral ball like structure, arrow D pointing to a structure that look like an hourglass tipped on its side.
A)humerus B) greater and lesser tubercle
A) Fill in the blanks- The bone with arrows is the________ bone of the ________. B) What does the arrow A point to? These are two long bones of the upper limb with arrow A pointing to a hook shaped process of the upper end of the slightly longer bone, arrow B pointing to the lower end of the "c" shaped process of the slightly longer bone and the arrow C pointing to a bony projection of the lower end of the bone.
A)medial, forearmB)Olecranon process
A)Identify the bone which has arrows pointing to different regions. B)What do the arrows A, B, and C point to? These are two long bones of the upper limb with arrow A pointing to a round, flattened disk shaped structure, arrow B pointing to rough projection below arrow A, arrow C pointing to a lateral projection of the distal portion of the bone.
A)radius B)head, tuberosity and styloid process
What do arrows B and C point to? This is a superior view of the foot with arrow A is pointing to five small, long bones, arrow B is pointing to a large superior bone, and arrow C is pointing to the largest tarsal bone inferior to the bone arrow B.
Talus and calcaneus
A)Identify the bone which has arrows pointing to various parts. B)Identify the parts that arrows A and C point to.
Ulna olecranon process; styloid process
Identify the parts that arrows C and D point to. This is a human bone with arrows A and B pointing to upper portion of bone and arrow C pointing to a lateral ball like structure on the lower portion of the bone and arrow D pointing to an hourglass tipped on its side structure on the lower portion of the bone.
capitulum, trochlea
Fibrocartilaginous discs lie between the vertebrae in the vertebral column thus helping to form an intervertebral joint. How would you classify this joint?
cartilaginous joint
A) Identify the type of synovial joint. B) an example of this type of joint would be?
condyloid joint; metacarpophalangeal joint
What do arrows B and C point to?
coronoid process of ulna: styloid process
How would you classify the knee joint based on movement?
diarthrosis
What movement occurs in the foot when it moves in the direction of arrow A. At which joint does this movement occur? This is a foot with arrow A showing the foot moving upwards and arrow B showing the foot moving downwards.
dorsiflexion, ankle joint
A) Identify the bone seen here which has arrows pointing to various parts. B) What does arrow A point to?
fibula ;head
A biaxial joint such as the wrist allows which of the following movements?
flexion/extension; abduction/adduction ; medial and lateral rotation WRONG
A)What do arrows B and C point to? B) What articulates at A? This is a long bone of the arm with arrow A pointing to a smooth, hemispherical structure on the proximal end of the bone, arrow B pointing to a superior and lateral small rounded projection, and arrow C pointing to shallow depression on the posterior surface of the bone.
greater tubercle, olecranon fossa glenoid cavity of scapula
A) What do arrows A and B point to B) Arrow A points to the proximal end of this bone.Which bone does the proximal end of this bone articulate with?
head, lesser trochanter; hip bone
A) Identify A and C B) Name one joint that this bone with the arrows, participates in?
head, styloid process elbow joint
What do the arrows E and I point to? This is a hip bone showing arrows A, B, C, D, F, G, H pointing to various parts of it with arrow E pointing to a large flaring bone and arrow I pointing a part that forms the anterior portion of the hip bone.
ilium;pubis
What do the arrows D and G point to?
ischial tuberosity and acetabulum
What do arrows B and C point to? This is a human bone with arrow A pointing to a smooth, hemispheric structure at the proximal end of the bone, arrow B is pointing to a structure inferior to the structure arrow A is pointing to and arrow C pointing to a distal structure where muscles attach.
neck, lateral epicondyle
What do arrows A and B point to?
phalanx (phalange); tarsal bone
Identify bones A, B and C. This is a hand with arrows A, B and C pointing to three main parts of it.
phalanx, metacarpal and carpal
A) Identify the type of synovial joint. B) What type of movement occurs at this joint?
pivot; rotation
A)Identify the joint. B) What type of movements are possible at this joint?
plane synovial joint; gliding movements
The function of bursae is to:
reduce friction
Identify A and B. This is a posterior view of a roughly triangular-shaped bone with arrow A pointing to a prominent structure on the posterior surface and arrow B pointing to a shallow depression on the lateral surface.
spine; glenoid cavity
A) What does the arrow B point to? B) Name one bone this bone with the arrows, articulates with?
styloid process ; femur WRONG
The shoulder joint is an example of a:
synovial joint
