Sports science

3. The capacity of a muscle or group of muscles to exert force against resistance.
6. The range of motion in joints and muscles, crucial for preventing injuries and improving performance.
8. The study of optimizing human performance and comfort in sports environments and equipment design.
11. The study of human movement, encompassing anatomy, physiology, and biomechanics.
12. The ability to sustain prolonged physical activity, essential for many sports.
14. The examination of mental processes and behaviors that affect athletic performance and motivation.
15. The level of achievement in sports, often measured in terms of speed, strength, or skill.

1. The study of bodily functions and processes, particularly how they adapt to exercise.
2. The use of data and statistical methods to analyze performance and improve training techniques.
4. The structured regimen of exercises and practices designed to improve athletic abilities.
5. The science of food and how it affects performance, health, and recovery in athletes.
7. The processes and methods used to restore the body after physical exertion or injury.
9. Physical damage or harm to the body that can occur during sports activities, impacting performance.
10. The process of training to improve physical fitness and performance through specific exercises.
13. The analysis of movement mechanics in sports, focusing on the forces involved.