The Physics of Sports


Book Description




Gold Medal Physics


Book Description

A physicist explains the science behind some of the greatest feats in sports history—from diving like Greg Louganis to bending it like Beckham. Nothing is quite as thrilling as watching superior athletes do the seemingly impossible. From Doug Flutie's "Hail Mary" pass to Lance Armstrong's record-breaking climb of Alp d'Huez to David Beckham's astounding ability to bend a soccer kick, we marvel and wonder, "How did they do that?" Well, physics professor John Eric Goff has the answers. In this scientific tour of the wide world of sports, John Eric Goff discusses the science behind American football, soccer, cycling, skating, diving, long jumping, and a host of other competitive sports. Using elite athletes as starting points, Goff explains the basic physical properties involved in amazing and everyday athletic endeavors. Accompanied by illustrations and mathematical equations, each chapter builds on knowledge imparted in earlier chapters to provide a firm understanding of the concepts involved. Fun, witty, and imbued throughout with admiration for the simple beauty of physics, Gold Medal Physics is sure to inspire readers to think differently about the next sporting event they watch.




The Secret Science of Sports


Book Description

Why does a football spiral? How do some athletes jump so high? The answer is science! The Secret Science of Sports helps kids better understand concepts of science, technology, engineering, and math through the sports they love to play and watch. Every sport -- from baseball to basketball, to football and soccer, to wrestling, tennis, and lacrosse -- involves a bit of science, technology, engineering, and math. You can't throw a ball without Newton's Law of Motion, and you can't calculate a player's stats without math. And every type of sports equipment -- a helmet, cleats, shoulder or knee pads -- were designed with the latest engineering and technology. The Secret Science of Sports breaks down normally difficult STEM concepts like forces of motion, gravity, algebra, and even neuroscience, in a language kids can -- and will want to -- understand. Divided into sections like chemistry, biology, physics, technology, and more, this handy guide uses examples from sports like soccer, baseball, softball, football, hockey, lacrosse, tennis, and others to explain important STEM concepts for kids ages 8 to 12. They'll learn how to use math to calculate a batter's average, why a tennis racket is shaped the way it is, how biology affects athletic performance, the aerodynamics behind competitive swimsuits, and much more. With dozens of original, captivating illustrations to engage young readers, kids will have fun while learning about key STEM ideas that will prepare them for years of schooling to come.




NSCA's Essentials of Sport Science


Book Description

NSCA's Essentials of Sport Science provides the most contemporary and comprehensive overview of the field of sport science and the role of the sport scientist. It is a primary preparation resource for the Certified Performance and Sport Scientist (CPSS) certification exam.




The Physics of Hockey


Book Description

Physicist and amateur hockey player Hache examines some of the physical principles behind the world's most popular winter team sport. Illustrations.




Sports Science Projects


Book Description

How can sports be scientific? Author Madeline Goodstein explains in SPORTS SCIENCE PROJECTS: THE PHYSICS OF BALLS IN MOTION. Baseballs, golf balls, and footballs are just some of the balls compared and examined. Why do baseballs have stitches? Why does a tennis ball have fuzz? How is a Ping-Pong ball changed if you fill its center? By experimenting with the projects, students will find out how much science governs the games they play. They will also discover they have been following the rules of science all along! This book is filled with excellent ideas for science fair projects.




Ace Your Sports Science Project


Book Description

What does physics have to do with favorite sports? Readers will use baseball, basketball, football, and other sports to learn about the science behind sports–the Magnus effect, topspin and backspin, center of gravity, and more. Many of these high-interest sports experiments can be used to motivate students to participate in a science fair project.




The Science of Equestrian Sports


Book Description

The Science of Equestrian Sports is a comprehensive study of the theory and practice of the rider in equine sport. While most scholarship to date has focused on the horse in competition, this is the first book to collate current data relating specifically to riders. It provides valuable insight into improving sporting performance and maintaining the safety of both the horse and the rider. Drawing on the latest scientific research, and covering a wide range of equestrian disciplines from horseracing to eventing, the book systematically explores core subjects such as: physiology of the rider sport psychology in equestrian sport preventing injury biomechanics and kinematics coaching equestrian sport the nature of horse-rider relationships This holistic and scientific examination of the role of the horse rider is essential reading for sport science students with an interest in equestrian sport and equitation. Furthermore, it will be an invaluable resource for instructors, coaches, sport psychologists, or physiologists working with equestrian athletes.




Football Physics


Book Description

The scientific principles underlying the dynamics of football, including blocking, tackling, and passing is made comprehensible in a study that highlights moments and feats in the game such as Franco Harris's Immaculate Reception.




The Physics of Basketball


Book Description

Reddick do naturally the things that Isaac Newton says they should.