Explore the fascinating intersection of science and golf in this comprehensive 90-minute video series. Delve into a wide range of topics including the physics of golf clubs, the evolution of golf balls, and the principles of kinematics as they apply to the sport. Examine concepts such as friction, spin, work, energy, and power in relation to golf mechanics. Learn about the mathematics behind scoring, the intricacies of the golf swing, and the importance of water conservation in course management. Investigate the roles of torque, moment of inertia, and Newton's laws of motion in golf dynamics. Discover why golf balls have dimples and how they affect flight. Gain insights into agronomy, course setup, weather impacts, and strategies for improving pace of play. Whether you're a golf enthusiast or a science buff, this series offers a unique perspective on the game through the lens of scientific principles.
Overview
Syllabus
Science of Golf: Physics of the Golf Club.
Science of Golf: Evolution of the Golf Ball.
Science of Golf: Volume, Displacement and Buoyancy.
Science of Golf: Kinematics.
Science of Golf: Friction and Spin.
Science of Golf: Work, Energy and Power.
Science of Golf: Math of Scoring.
Science of Golf: The Golf Swing.
Science of Golf: Water Conservation.
Science of Golf: Torque and Moment of Intertia.
Science of Golf: Potential and Kinetic Energy.
Science of Golf: Why Golf Balls Have Dimples.
Science of Golf: Newton's First and Second Laws.
Science of Golf: Agronomy.
Science of Golf: Energy in Collisions.
Science of Golf: Pace of Play.
Science of Golf: Newton's Third Law of Motion.
Science of Golf: Weather.
Science of Golf: Course Setup.
Taught by
United States Golf Association (USGA)
