Symphisis Pubis
Suture joints of the skull
Joints between the bodies of the vertebrae
Metacarpal phalengeal joint
Synovial Joints are freely moveable
Synovial Joints DO NOT have articular cartilage
Synovial Joints are reinforced and stabilized by ligaments
Synovial joints have a joint capsule of connective tissue
Humero-radial joint of the elbow
MCP joints in the hand
Glenohumeral joint of the shoulder
Carpometacarpal joint of the thumb
Atlanto-axial joint
Carpometacarpal joint of the thumb
Interphalangeal Joints of the hand
Glenohumeral joint of the shoulder
Uniaxial Joints
Biaxial Joints
Triaxial Joints
Pivot Joints
True
False
Using your arm to wave to a friend
Using your leg to kick a ball
Using your arm to reach for a box on a shelf
Using your legs to squat down to the floor from standing position
Joint surfaces are fully congruent
Maximal tension exists in the joint capsule
Minimal tension exists in the ligaments
Joint surfaces are pressed together
Concentric
Eccentric
Isometric
Isokinetic
Concentric
Eccentric
Isometric
Isokinetic
Concentric
Eccentric
Isometric
Isokinetic
Concentric
Eccentric
Isometric
Isokinetic
Concentric
Eccentric
Isometric
Isokinetic
True
False
The point in the body that is the heaviest; usually at the level of the pelvis in anatomical position
The point in the body that is the lightest; usually at the level of C-4 in anatomical position
The point in the body where mass is equally distributed; usually at S-2 in anatomical position
The point in the body where mass remains static; usually at S-2 in anatomical position
Newton's Law #1
Newton's Law #2
Newton's Law #3
Newton's Law #4
Newton's Law #1
Newton's Law #2
Newton's Law #3
Newton's Law #4
Newton's Law #1
Newton's Law #2
Newton's Law #3
Newton's Law #4
The mechanical advantage lever system; A-R-E
The balance lever system; E-A-R
The wide arc of ROM system; A-E-R
The effort arm is equal to the resistance arm; E=R
The mechanical advantage lever system; A-R-E
The balance lever system; E-A-R
The wide arc of ROM system; A-E-R
The effort arm is equal to the resistance arm; E=R
The mechanical advantage lever system; A-R-E
The balance lever system; E-A-R
The wide arc of ROM system; A-E-R
The effort arm is equal to the resistance arm; E=R
A First Class Lever System
A Second Class Lever System
A Third Class Lever System
A First Class Lever System
A Second Class Lever System
A Third Class Lever System
A First Class Lever System
A Second Class Lever System
A Third Class Lever System
Wide base of support, high center of gravity, weight of body outside the base of support perimeter
Narrow base of support, low center of gravity, weight of body within the base of support perimeter
Narrow base of support, high center of gravity, weight of body above the base of support perimeter
Wide base of support, low center of gravity, weight of body within the base of support perimeter
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