"Readers learn how to pass the puck to teammates and shoot a slap shot with this fun and fact-filled guide to the science of ice hockey. There are many scientific forces at work in the game of hockey, such as momentum and gravity. The basics of ice hockey and how science makes certain plays possible are presented throughout this accessible text. Helpful diagrams and graphic organizers display these concepts in a comprehensible way, while the detailed...

"In swimming, there are multiple scientific concepts at play, such as density, gravity, momentum, and buoyancy. Readers learn about these concepts and more with this engaging guide to the science behind swimming. Useful diagrams display how to execute the perfect push-off from the wall of a pool, how to swim successful strokes, and how to do a cannonball. Informative fact boxes, helpful graphic organizers, and full-color photographs provide additional...

"How is a tennis player is able to hit the ball and have control over it? Questions such as this are answered in this exciting look at the science behind tennis. Readers learn how to execute certain serves, such as a forehand serve and backhand serve, using a deeper understanding of physics. Detailed diagrams explain the science behind what happens before and after the tennis ball is hit with the racket. This creative guide to science curriculum topics...