This book is a continuation of the Physics of Soccer book series. It presents guidelines for playing soccer smart and safe, using the principles of STEM (Science, Technology, Engineering, and Mathematics). It is a great book to get kids excited about the role and linkage of science in sports.

For the first time ever, science gives us the answers to questions like "what's the chance of a team that wins the League or Premiership also winning the Cup? Can you predict how many goals will be scored? What's the best height for footballers? Is the winning team the best team?" The Science of Soccer is a fascinating book, dealing with a wide ran

In a book that targets middle and high school players, Taylor explains the science behind the most popular sport in the world, soccer.

Following up on the success of Physics of Soccer, this second volume, Physics of Soccer II, represents a comprehensive amalgamation of the various on-and-off-field attributes needed to be an excellent soccer player. Deji Badiru, a professional engineer and former soccer player and coach, notes that no matter how talented a player you are, if you cant be on the field, you cant make a contribution. So, it is crucial that you get yourself prepared mentally and physically to be on the field. Based on his personal experiences with soccer, this newest guide draws on all aspects of science, technology, engineering, math, and even the arts and humanities to help readers: use their minds to gain an edge over opponents; make appropriate on-field decisions based on science and mathematics; assess the capabilities of teammates and opponents from a scientic viewpoint; and capitalize on the geometry of the eld of play and the respective locations and placements of other players. Badiru views the field of play as a system of people, objects, and the environment, whose respective behaviors are governed by the laws of science. Put those laws to work for you with the lessons in Physics of Soccer II.

Whether it's called soccer, football, or the world's game, soccer is fun and has been deemed the most popular sport in the world. Soccer is about motion. Physics is about the laws of motion, and it can be applied to ball games. Combining soccer and physics is one way to appreciate the high-speed aspects of the sport. In The Physics of Soccer, author Deji Badiru introduces basic mathematics and science concepts in an interesting, useful, and engaging way to enhance how the game is played. The Physics of Soccer teaches both players and coaches how to look at soccer in a new way beyond the physical undertaking it represents to understand the marvels of science, technology, engineering, and mathematics that give soccer its life, power, and thrills. With a background as both a scientist and soccer coach, Badiru also examines the science behind game scenarios, field-based decisions, the geometry of field play, and strategies for assessing the implications of directional motions of opponents and teammates on the field. The Physics of Soccer is an essential resource for any team looking for an advantage that can make the difference between just playing, and winning.

"Describes the science behind the sport of soccer, including kicking, ball control, and goalkeeping"--Provided by publisher.

Manchester United’s Tony Strudwick leads an all-star panel in providing the most current research on soccer. Soccer Science features the world’s leading experts in soccer history, biomechanics, physiology, psychology, skill acquisition, coaching, tactical approaches, and performance and match analysis.