Scaphoid There are six different types of synovial joints, each using one or more of the four types of joint movement. Place each type of synovial joint in the bin marked with its type of movement. Reset Help Clavicle Humerus Manubrium Metacarpal bone of thumb bone Radius Ulna Trapezium Atlas Scapula Axis Humerus Rotation Gliding Angular Circumduction

Scaphoid There are six different types of synovial joints, each using one or more of the four types of joint movement. Place each type of synovial joint in the bin marked with its type of movement. Reset Help Clavicle Humerus Manubrium Metacarpal bone of thumb bone Radius Ulna Trapezium Atlas Scapula Axis Humerus Rotation Gliding Angular Circumduction

Human Anatomy & Physiology (11th Edition)

11th Edition

ISBN:9780134580999

Author:Elaine N. Marieb, Katja N. Hoehn

Publisher:Elaine N. Marieb, Katja N. Hoehn

Chapter1: The Human Body: An Orientation

Section: Chapter Questions

Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...

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The Knee Joint OL JAIMONY TA 2TM3M3VOM You will study the parts of the complex knee joint using models, charts, and if available, the joint from a cow or pig. 1. Identify the parts of the knee joint described in the preceding discussion using Figure 12.4. posterior cruciate ligament 1. 2. 3. 4. 5. nwen 6. Im 7. 8. 9. 10. 2. Identify the parts of the knee joint on a model or chart available in the lab. 3. If available, examine the parts of a cow or pig synovial joint by following the procedure described below. Make sure you are wearing protective clothing, especially gloves, and follow all safety precautions. 1. Place the specimen joint on a dissecting tray, and prepare it by cutting away fat tissue that surrounds the synovial joint with a scalpel. apsule, which binds the opposing bones together. ovial cavity. Notic
Pelvic motion in the frontal plane is referred to as: O lateral tilt anterior-posterior tilt O transverse rotation
Sliding of the tibiofemoral joint occurs O throughout the range of motion O on the medial side O on the lateral side all of the above
Special Movement Hyperextension Extension Flexion Abduction Adduction Lateral flexion Circumduction Depression Elevation Dorsiflexion Plantar flexion Eversion Inversion Pronation Supination Protraction Retraction Real Life Example of an Action AKA answer: Looking up at the stars
Which type of movement is best described by: From the anatomical position, decreasing the angle of the atlanto-occipital joint along the sagittal plane Adduction Rotation Abduction Flexion Extension
The origin and insertion, respectively, of biceps brachii are Coracoid process & Olecranon Coracoid process & Radial tuberosity Radial tuberosity & Glenoid cavity Acromion process & Radial tuberosity
Many locomotion movements use: O a proximal to distal sequence of lower extremity joint torques O more eccentric than concentric contractions O only concentric contractions O a distal to proximal sequence of lower extremity joint torques
what joint can rotate but not circumduct?
How many degrees of freedom does the humeral ulnar joint have? Resisting what two combined motions makes the flexor carpi ulnaris most active?
Reset Help Synovial membrane Quadriceps tendon Articular cartilage Patella Joint capsule Femur Fat pad Bursa Cruciate Patellar ligament (intracapsular) ligament Tibia Meniscus Joint cavity
TABLE 9.1 Structural and Functional Classification of Joints Functional Classification and Amount of Motion Allowed Joint Structural Classification Structural Subcategory ual/o Intervertebral joint tion ( motor Shoulder (glenohumeral) joint lchol ole。 Intercarpal joint d ho ar jur Coronal suture ofilai Costochondral joint lame Atlantoaxial joint Tooth in its alveolus ss-b Interphalangeal joint an e 234 Exploring Anatomy & Physiology in the Laboratory
The deltoid muscle has its origin on the anterior surface of the lateral clavicle, the acromion process, and on the spine of the scapula. It inserts on the deltoid tubercle which is on the lateral aspect of the humerus. If the entire deltoid muscle contracts, it will perform this motion of the shoulder joint. abduction flexion extension adduction