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Description
From the spin of a pitcher's curve to the physics of a blazing fastball, this book explores the science that makes baseball tick. Through vivid case studies of legendary moments, it shows how athletes harness forces like lift and drag to throw faster and more accurately. The text also traces the history of research by scientists, doctors, and coaches who have worked to improve safety and performance in the sport. Engaging sidebars, a timeline of key breakthroughs, and reflective questions guide readers through the intersection of sports and science.
Quick Summary
If you've ever wondered why a fastball looks like it's rising or why some pitches are harder to hit than others, this little book breaks it all down without getting too math-heavy. At just 2,000 words, it's a quick read that middle graders can power through, but it still manages to cover the physics of grip, spin, and velocity in a way that actually makes sense. Perfect for baseball fanatics who want to understand the science behind their favorite sport, it's especially great for kids who might not love reading but will devour anything baseball-related. The explanations are straightforward and include real examples from professional players, so it feels less like a textbook and more like chatting with someone who really knows their stuff. Parents will appreciate that it's purely educational with no iffy content, making it a solid choice for classroom libraries or kids who need a quick, low-pressure reading assignment. If you want more baseball science after this one, 'The Science of Baseball' by the same author is a natural next step.