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UE 2 - Regions/Joints and Their Planes of Action

Total questions: 34

Worksheet time: 17mins

Name
Class
Date
1.

Which region is actively moved by the humeroulnar joint?

a)

brachium

b)

antebrachium

c)

wrist/hand

d)

digits

2.

The movements produced by the humeroulnar joint is?

a)

flexion/extension only

b)

pronation/supination only

c)

abduction/adduction, flexion/extension and circumduction

d)

abduction/adduction, flexion/extension, medial rotation/lateral rotation and circumduction

3.

The movements produced by the glenohumeral joint is?

a)

flexion/extension only

b)

pronation/supination only

c)

abduction/adduction, flexion/extension and circumduction

d)

abduction/adduction, flexion/extension, medial rotation/lateral rotation and circumduction

4.

The movements produced by the glenohumeral joint that occur in the sagittal plane would be....

a)

flexion/extension

b)

pronation/supination

c)

abduction/adduction

d)

medial rotation/lateral rotation

e)

circumduction

5.

The movements produced by the glenohumeral joint that occur in the coronal plane would be....

a)

flexion/extension

b)

pronation/supination

c)

abduction/adduction

d)

medial rotation/lateral rotation

e)

circumduction

6.

The movements produced by the glenohumeral joint that occur in the transverse plane would be....

a)

flexion/extension

b)

pronation/supination

c)

abduction/adduction

d)

medial rotation/lateral rotation

e)

circumduction

7.

Which region is actively moved by the glenohumeral joint?

a)

brachium

b)

antebrachium

c)

wrist/hand

d)

digits

8.

Which region is actively moved by the radiocarpal joint?

a)

brachium

b)

antebrachium

c)

wrist/hand

d)

digits

9.

The movements produced by the radiocarpal joint that occur in the coronal plane would be....

a)

flexion/extension

b)

pronation/supination

c)

abduction/adduction

d)

medial rotation/lateral rotation

e)

circumduction

10.

The movements produced by the radiocarpal joint that occur in the sagittal plane would be....

a)

flexion/extension

b)

pronation/supination

c)

abduction/adduction

d)

medial rotation/lateral rotation

e)

circumduction

11.

The radiocarpal joint would be an example of

a)

a ball-and-socket joint

b)

an ellipsoidal or condyloid joint

c)

a pivot joint

d)

a saddle joint

e)

hinge joint

12.

The humeroulnar joint would be an example of

a)

a ball-and-socket joint

b)

an ellipsoidal or condyloid joint

c)

a pivot joint

d)

a saddle joint

e)

hinge joint

13.

The glenohumeral joint would be an example of

a)

a ball-and-socket joint

b)

an ellipsoidal or condyloid joint

c)

a pivot joint

d)

a saddle joint

e)

hinge joint

14.

The metacarpophalangeal joint would be an example of

a)

a ball-and-socket joint

b)

an ellipsoidal or condyloid joint

c)

a pivot joint

d)

a saddle joint

e)

hinge joint

15.

Which region is actively moved by the metacarpophalangeal joints?

a)

brachium

b)

antebrachium

c)

wrist/hand

d)

digits

16.

The movements produced by the metacarpophalangeal joint that occur in the sagittal plane would be....

a)

flexion/extension

b)

pronation/supination

c)

abduction/adduction

d)

medial rotation/lateral rotation

e)

circumduction

17.

The movements produced by the metacarpophalangeal joint that occur in the coronal plane would be....

a)

flexion/extension

b)

pronation/supination

c)

abduction/adduction

d)

medial rotation/lateral rotation

e)

circumduction

18.

The interphalangeal joint would be an example of

a)

a ball-and-socket joint

b)

an ellipsoidal or condyloid joint

c)

a pivot joint

d)

a saddle joint

e)

hinge joint

19.

The movements produced by the interphalangeal joint is?

a)

flexion/extension only

b)

pronation/supination only

c)

abduction/adduction, flexion/extension and circumduction

d)

abduction/adduction, flexion/extension, medial rotation/lateral rotation and circumduction

20.

The glenohumeral joint is a

a)

nonaxial synovial joint

b)

monoaxial synovial joint

c)

biaxial synovial joint

d)

triaxial synovial joint

21.

The humeroulnar joint is a

a)

nonaxial synovial joint

b)

monoaxial synovial joint

c)

biaxial synovial joint

d)

triaxial synovial joint

22.

The proximal radioulnar joint is a

a)

nonaxial synovial joint

b)

monoaxial synovial joint

c)

biaxial synovial joint

d)

triaxial synovial joint

23.

The movements produced by the proximal radioulnar joint is?

a)

flexion/extension only

b)

pronation/supination only

c)

abduction/adduction, flexion/extension and circumduction

d)

abduction/adduction, flexion/extension, medial rotation/lateral rotation and circumduction

24.

The proximal radioulnar joint would be an example of

a)

a ball-and-socket joint

b)

an ellipsoidal or condyloid joint

c)

a pivot joint

d)

a saddle joint

e)

hinge joint

25.

The distal radioulnar joint would be an example of

a)

a ball-and-socket joint

b)

an ellipsoidal or condyloid joint

c)

a pivot joint

d)

a saddle joint

e)

hinge joint

26.

The radiocarpal joint is a

a)

nonaxial synovial joint

b)

monoaxial synovial joint

c)

biaxial synovial joint

d)

triaxial synovial joint

27.

The metacarpophalangeal joint is a

a)

nonaxial synovial joint

b)

monoaxial synovial joint

c)

biaxial synovial joint

d)

triaxial synovial joint

28.

The interphalangeal joint is a

a)

nonaxial synovial joint

b)

monoaxial synovial joint

c)

biaxial synovial joint

d)

triaxial synovial joint

29.

The intercarpal joints are examples of a

a)

nonaxial synovial joint

b)

monoaxial synovial joint

c)

biaxial synovial joint

d)

triaxial synovial joint

30.

The first carpometacarpal joint of the hand is an example of

a)

a ball-and-socket joint

b)

an ellipsoidal or condyloid joint

c)

a pivot joint

d)

a saddle joint

e)

hinge joint

31.

Flexion and extension are opposing actions that occur in the

a)

transverse plane

b)

coronal plane

c)

sagittal plane

32.

Abduction and adduction are opposing actions that occur in the

a)

transverse plane

b)

coronal plane

c)

sagittal plane

33.

Medial rotation and lateral rotation are opposing actions that occur in the

a)

transverse plane

b)

coronal plane

c)

sagittal plane

34.

pronation and supination are opposing actions that occur in the

a)

transverse plane

b)

coronal plane

c)

sagittal plane