New
/10
Biomechanics: Biological Tissue
This module will focus on the biomechanics within the biological connective tissue that comprises these bony levers and joints
/10
Biomechanics: Joints
This module will describe and classify joints and their structure and function. Vd TaRoRemV UDzd QxfafQkIhb
/10
Biomechanics: Work, Power, Energy
This module will integrate concepts to help the learner understand work, power, and energy relationships in human movement.
/10
Biomechanics: Muscle Function
This module will discuss some of the properties that impact muscle function.
/10
Biomechanics: Muscle Structure
This module will cover units of muscle structure that influence contraction patterns and muscle force production.
/10
Biomechanics: Torque
This module will further describe angular kinetics to understand better their implications in producing torque to achieve rotary motion. mNlCe F T fvyOt
/10
Biomechanics: Kinetics
This module will further describe forces and kinetics to understand their implications on human movement better.
/10
Biomechanics: Forces
This module will discuss the types and characteristics of force in human movement. zRHjj Pi
/10
Biomechanics: Kinematics
This module will discuss the role of kinematics in human movement.
/10
Biomechanics: Introduction & Foundational Concepts
This module covers the foundational concepts of biomechanics.
