Ntoumanis and Myers have done sport and exercise science researchers and students a tremendous service in producing An Introduction to Intermediate and Advanced Statistical Analyses for Sport and
Explains the mathematics, physics, and other science behind the game of basketball, from the geometry of a basketball court to the acoustics of an arena.
Explains the mathematics, physics, and other science behind the sport of gymnastics, from the velocity of floor exercises to the mathematics of scoring.
Explains the physics, mathematics, and other science behind the game of football, from the types of force and motion involved in the sport to the acoustics of the Seattle Seahawks' stadium.
Hockey players need speed, strength, and skill to become great. They also need science. In this volume, readers explore the many ways science is put into action on the ice. Vibrant photographs of hock
Explains the mathematics, physics, and other science behind the game of soccer, from the types of force involved in moving the ball to the characteristics of the sound produced by a vuvuzela.
Explains the mathematics, physics, and other science behind the game of baseball, from the angles that make up the baseball diamond to the effects of steroids on player performance.
Examines the role of science and technology in cycling, covering the importance of nutrition, aerobic training, bicycle design, aerodynamic gear, and the forces behind various cycling skills.
Examines the role of science and technology in baseball, covering the importance of fitness and nutrition, the energy used in pitching, forces that work against a batter, ballpark design, and baseball
Examines the role of science and technology in soccer, covering the importance of fitness and nutrition, soccer skills and gear, ball design and construction, and the forces behind various kicks.
