Executing a dunk in a National Basketball League game takes a lot of practice. It also takes a lot of science! Readers discover the many areas of science that can be seen in action during a basketball game, including physics and biology. They also explore the ways science, technology, engineering, and math come together in the world of basketball. Colorful photographs, fact-filled sidebars, and helpful graphic organizers keep readers engaged as they explore basic STEM curriculum topics in a fresh way. Readers will be eager to visit the basketball court and see science in action after turning the final page.

The Science of Basketball is the only book to examine the scientific principles underpinning preparation and performance in basketball, applied to both individual and team contexts. Drawing on the very latest scientific evidence, and including contributions from leading international coaches and scientists involved in the sport, the book explores every aspect of physical and mental preparation and performance, including: strength and conditioning, and training strategies physiological aspects of performance nutrition and supplementation psychological preparation skill acquisition biomechanical aspects of performance performance analysis injury epidemiology, prevention and rehabilitation coach education Incorporating case studies at the end of each chapter to demonstrate how scientific principles can be applied to practice, the book bridges the gap between theory and applied practice in basketball better than any other. It is essential reading for any student, researcher, sport scientist, coach, physiotherapist or clinician with an interest in the game, and illuminative supplementary reading for students of sport science and sports coaching.

Executing a dunk in a National Basketball League game takes a lot of practice. It also takes a lot of science! Readers discover the many areas of science that can be seen in action during a basketball game, including physics and biology. They also explore the ways science, technology, engineering, and math come together in the world of basketball. Colorful photographs, fact-filled sidebars, and helpful graphic organizers keep readers engaged as they explore basic STEM curriculum topics in a fresh way. Readers will be eager to visit the basketball court and see science in action after turning the final page.

"Describes the science behind the sport of basketball"--

Have you ever wondered how a basketball player is able to masterfully dribble the ball or skillfully shoot it into the hoop? Science gives us the answers. Readers will see how science is at play, in basketball and in the real world. Through the detailed main text, they will enhance their appreciation for the sport and the dedication it takes to master the movements required to win games. Fact boxes, detailed diagrams, and graphic organizers provide more information about this exciting topic. The bright, full-color photographs make readers feel like they're part of the action.

Have you ever wondered how a basketball player is able to masterfully dribble the ball or skillfully shoot it into the hoop? Science gives us the answers. Readers will see how science is at play, in basketball and in the real world. Through the detailed main text, they will enhance their appreciation for the sport and the dedication it takes to master the movements required to win games. Fact boxes, detailed diagrams, and graphic organizers provide more information about this exciting topic. The bright, full-color photographs make readers feel like they're part of the action.

A last second pass followed by a mighty heave toward the basket. The buzzer sounds. Three points scored! What's behind it all? Science! Let Max Axiom, Super Scientist, explain the science behind a layup, the right way to do a jump shot, and much, much more.

Readers learn how scientific principles come into play with sports.

"Playing basketball requires skill, strength, agility-and physics! Get an edge on your competitors with this fascinating book, which reveals the science of the game. Discover how players who jump have to overcome gravity, how friction affects the ball when it bounces on the ground, and why the shot clock has to precisely measure time to make sure that teams shoot within 24 seconds of taking possession"--