Sam 322 unit 5 - Assignment Example

Sam 322 Unit 5 Affiliation Relationship between kinesiology and biomechanics Kinesiology is the study of human body movement across a variety of assignment including exercise, play, sport, daily living and work (Wuest & Fisette). The primary aim of studying kinesiology are; to understanding the diverse adaptations to the human body to chronic physical activity; appreciate the mechanical qualities of movement, and understand the procedures that control human body motions and factors that affect the acquisition of more skills.

Biomechanics, on the other hand, is the scientific study of the living body mechanics (Wuest & Fisette). It is the study of the forces produced by muscle movements and gravity on the skeletal structure and results produced by such forces. Biomechanics provides essential information on the safest and efficient movement patterns and relevant exercise to improve human motion. Therefore, kinesiology and biomechanics work together to help determine what exercise, should a person do, how the workout should be conducted, how effective it is and if the exercise is safe.

Biomechanics act as a tool for studying kinesiology. Application of kinesiology by sport professional in human motionThrough the study of kinesiology, the sport professional are capable of learning various body motion mechanisms. They can determine the structure of the musculoskeletal system and their mechanical properties that aid body movement. The biomechanical qualitative and quantitative analysis also provides vital information to analyze human movements to improve effectiveness. The analysis in both quantitative and qualitative involves identification of the factors that affect human movement performance which is interpreted and solved through high levels of critical thinking.

The procedure is useful for sports professionals in understanding body motions. Lastly, the study of biomechanics fundamentals such as mechanics, dynamic such as kinematics and kinetics are all vital in explaining the human body movement. For example, a sports professional will use fluid mechanics to study swimming, heart valves, or adapting sports equipment to minimize air resistance.ReferenceWuest, D.A., & Fisette, J.L. (2012). Foundations of physical education, exercise science, and sport (17th ed.) New York, NY: McGraw-Hill.