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Unit 1
Section 1: Principles & Terminology
Section 2: The Skeletal System
Section 3: The Muscular System
Section 4: Joints and Joint Injuries
Section 5: Energy Systems and Muscle Fibre Types
Section 6: The Nervous System and the Control of Movement
Section 7: The Cardiovascular and Respiratory Systems
Unit 2
Section 10: Nutrition for Performance
Section 11: Performance-Enhancing Substances and Techniques
Section 12: Technological Influences on Human Performance
Section 13: Training Principles & Methods
Section 14: Personal Fitness and Training
Section 15: Biomechanical Principles and Applications
Unit 3
Section 18: Human Growth & Development
Section 19: Motor Learning and Skill Acquisition
Section 20: The Psychology of Sport
Section 21: Coaching Principles and Practices
Unit 4
Section 24: History of Physical Education and Sport
Section 25: Women in Sport
Section 26: Government Support for Sport and Physical Activity
Unit 5
Section 29: The (Big) Business of Sport Entertainment
Section 30: School and Community Sport Programs
Section 31: Social and Ethical Problems in Sport
Bellringers
Bellringer Quizzes
Unit 2 — Human Performance and Biomechanics
Section 15: Biomechanical Principles and Applications
Section Objectives:
The definition of the term “biomechanics” and its adaptation to exercise
Understanding the models, theories, and laws in science used to describe and study human movement
The contributions of Sir Isaac Newton to the field of physics and biomechanics
Distinguish between linear (or translational) and rotational motion
The concept of the vector
Identifying the three classes of levers and how they relate to the body
Understanding the dynamics of movement through the seven principles of biomechanics
Applications of biomechanics to the world of sports, including performance improvement, injury prevention and/or rehabilitation, and fitness training