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Kinematics
Examines space and time
Kinetics
Examines forces
Linear Motion
¤ AKA translation or translational motion ¤ Movement on straight or curved pathway ¤ All points move same distance, same time
Angular Motion
motion around some point
Anatomy
Structure of the body Focus on structure Example: Study of biceps brachii
Functional Anatomy
Body components necessary to achieve goal Focus on function Example: Analysis of bicep curl
Biomechanics
Application of mechanics to biological systems More specific than kinesiology
Kinesiology
Scientific study of human movement Anatomical, physiological, psychological, biomechanical
Statics
Examines systems not moving or moving at a constant speed Equilibrium: no acceleration Example: Spaceship gliding through space
Dynamics
Examines systems that are being accelerated Example: Softball pitch
Axial
head, neck, & trunk.
Appendicular
Upper Extremities Lower Extremities
Ipsilateral
same side
Contralateral
on the opposite side
Flexion
Decreasing joint angle
Extension
increasing joint angle
Circumduction
moving in a conic fashion
Plantarflexion
Increase angle between foot and shank
Dorsiflexion
Decrease angle between foot and shank
Pronation of the foot
Dorsiflexion at the ankle Eversion in the tarsals Abduction of the forefoot
Foot Supination
Plantarflexion at the ankle Inversion in the tarsals Adduction of the forefoot
Cardinal Planes
Planes positioned at right angles and intersecting the center of mass

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