720 likes | 732 Views
Learn about different types of articulations and movements in the muscular system. Explore synovial joints, their functions, and functional classifications.
E N D
Choose Your Question Final
FINAL JEOPARDYCategory-Energy Systems for Muscular Contraction The answer is….
Final Jeopardy Anaerobic energy system in which lactic acid production will cause muscles to fatigue requiring an oxygen debt to be paid back
Answers Final Jeopardy Answer- Glycolytic System
Articulations 200 Where two bones meet back
Articulations 400 Type of articulation which is freely movable back
Articulations 600 Type of articulation which Is slightly movable back
Articulations 800 Type of articulation which is immovable back
Articulations 1000 __________ joints are typically found at the end of long bones, permitting a wide range of movement. back
Synovial Joints 200 Lubricates and cushions the synovial joint back
Synovial Joints 400 Found at the ends of epiphyses back
Synovial Joints 600 Encloses synovial joint back
Synovial Joints 800 Found on calcaneus to cushion your heel back
Synovial Joints 1000 Gel-like structures found within synovial joints function to act as shock absorbers back
Movements200 back Movement illustrated at the carpal joint and the cervical vertebrae back
Movements400 Movement at the glenoid joint away from the body back
Movements600 Movement at the pelvic joint towards the body back
Movements800 Describe both movements at the olecranon back
Movements1000 Describe the movements at the talocalcaneal joint back
Functional Classification of Synovial Joints 200 This type of synovial joint is found at the articulation of the ulna and humerus (olecranon) back
Functional Classification of Synovial Joints 400 This synovial joint is found at the glenohumeral joint and the pelvic joints back
Functional Classification of Synovial Joints 600 This synovial joint is found at the metacarpal phalangeal joint. (HINT: Think of riding a horse) back
Functional Classification of Synovial Joints 800 Synovial joint found between the axis (C1) and the atlas (C2) back