Basic Biomechanics
7th Edition
ISBN: 9780073522760
Author: Susan J Hall
Publisher: McGraw-Hill Education
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Chapter 7, Problem 6AP
Summary Introduction
To discuss: The importance of rotator cuff muscles as stabilizers of the glenohumeral joint and movers of the humerus.
Concept introduction: The glenohumeral joint is the major shoulder joint. It is a ball-and-socket joint that is formed by the articulation of humerus head with the glenoid fossa of the scapula.
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EXERCISE 2 AXIAL AND APPENDICULAR SKELETON
Work in a small group or alone to complete this exercise. Review the
skeleton diagram provided below.
1. On the diagram, draw circles around bones that are part of the axial
skeleton.
2. On the diagram, draw boxes around bones that are part of the
appendicular skeleton.
Exercise 9.4: Bones of the Pelvic Girdle
10. Match the description listed in column A with the bone or marking listed in column B. 7
Column A
Column B
1. three bones fuse to form this bone of the pelvis
a. acetabulum
2. bone that the pelvis rests on when sitting
b. ilium
3. most anterior bone of the os coxae
C. ischium
4. superior most bone
d. obturator foramen
5. large hole in the os coxae
e. os coxae
6. structure that articulates with the femur at the hip
f. pubic bone
Exercise 2: Axial and Appendicular Skeleton
The following diagram of the human skeleton has 3 bones colored in (orange) and labeled A-C. Match the following bones with whether they are part of the axial or appendicular skeleton.
A
B
C
A
Axial
B
Axial
Appendicular
Chapter 7 Solutions
Basic Biomechanics
Ch. 7 - Construct a chart listing all muscles crossing the...Ch. 7 - Prob. 2IPCh. 7 - Prob. 3IPCh. 7 - INTRODUCTORY PROBLEMS 4. List the muscles that...Ch. 7 - INTRODUCTORY PROBLEMS 5. List the muscles used as...Ch. 7 - INTRODUCTORY PROBLEMS 6. Explain how the use of an...Ch. 7 - INTRODUCTORY PROBLEMS 7. Select a familiar...Ch. 7 - 8. Using the diagram in Sample Problem 7.1 as a...Ch. 7 - 10. Solve Sample Problem 7.2 with the addition of...Ch. 7 - Identify the sequence of movements that occur at...
Ch. 7 - Which muscles are most likely to serve as agonists...Ch. 7 - Prob. 3APCh. 7 - ADDITIONAL PROBLEMS 4. Which muscles are most...Ch. 7 - Prob. 5APCh. 7 - Prob. 6APCh. 7 - 8. How much tension (Fm) must be supplied by the...Ch. 7 - 9. What is the length of the moment arm between...Ch. 7 - Prob. 10AP
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- Exercise 3: Directional Terminology (Q006) Which bone is INFERIOR to the cervical vertebrae? Humerus Phalanges Radius O Ulna O Thoracic Vertebraearrow_forwardExercise 3: Directional Terminology (Q005) Which bone is POSTERIOR to the sternum? Pelvis Femur O Thoracic Vertebrae Sacrum Mandiblearrow_forwardExercise 3: Directional Terminology (Q001) Select the 3 bones listed below that are PROXIMAL to the carpals. (Be sure to select 3 answers) O Metacarpals O Ulna O Phalanges O Humerus O Radiusarrow_forward
- Exercise 3: Directional Terminology (Q002) Select the 2 bones listed below that are ANTERIOR to the occipital bone. (Be sure to select 2 answers) Temporal Frontal Sacrum Sternum Pubisarrow_forwardWhich of the following is a prime mover in head flexion? occipitofrontalis corrugator supercilii sternocleidomastoid masseterarrow_forwardEXERCISE 9. REVIEW SHEET The Appendicular Skeleton Name Lab Time/Date Bones of the Pectoral Girdle and Upper Limb 1 Mateh the bone names or markings in the key with the leader lines in the figure. The bones are numbered 1-8. (Some terms may be used more than once.) Key: acromion capitulum carpals clavicle coracoid process coronoid fossa coronoid process of ulna deltoid tuberosity greater tubercle humerus lateral epicondyle medial epicondyle metacarpals phalanges radial tuberosity radius scapula styloid process subscapular fossa trochlea ulnaarrow_forward
- 1arrow_forward10 Matching: Match the following terms with the correct description. Flexion Circumduction Adduction Extension Dorsiflexion Abduction Rotation Pronation Movement of a body part toward the midline Movement around a central axis A. B. Turning the palm over to face down D. Decreasing the angle between two bones E: Movement of a body part away from the midine F. Increasing the angle between two bones G. Movement of the ankle that decreases the angle between the foot and leg H. Movement in a circlearrow_forwardWhich of these increases force production? 1. Increasing the velocity of the concentric contraction 2. Increasing the velocity of the eccentric contraction 3. Increasing strength of neural stimulation 4. Holding your breath during contraction 5. Increasing frequency of neural stimulation 6. Decreasing the velocity of the concentric contraction 7. Starting the contraction with the joint in full extension 8. Decreasing the velocity of the eccentric contractionarrow_forward
- Explain the neutralization occurring between the levator scapula and the upper trapezius during a shoulder shrug exercise ( scapular elevation )?arrow_forwardTopic: Joints For the following joints, list: a) their structural type ; b) their functional type; and c) the movements allowed: a. Temporomandibular b. Atlanto-occipital c. Intervertebral (facet or between articular processes) d. Acromioclavicular e. Glenohumeral f. Elbow g. Radiocarpal h. Carpometacarpal of digit 1 i. Coxal j. Tibiofemoral k. Anklearrow_forward5 Describe the difference in maximal force capacity in the knee extensors vs the knee flexors. What role does bi-articulation at this joint play? How does this influence potential injury mechanics?arrow_forward
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