
A parent should reach for this book when their athletic child starts asking “how” and “why” about their performance, or when a science-loving kid needs a dynamic, real-world application to spark their interest in physics. This book brilliantly connects abstract scientific principles like force, inertia, gravity, and friction to the exciting action of track and field. It explains how sprinters explode from the starting blocks and how high jumpers seem to defy gravity. By making STEM concepts tangible and relevant to a child's interests, it fosters curiosity and shows that science is an exciting tool for understanding and improving in the activities they love. It's perfectly suited for upper elementary and early middle school students.
None. This is a straightforward educational STEM book with no sensitive content.
An 8 to 11-year-old who is active in sports but might be a reluctant science student, or vice versa. It's perfect for the analytical child who wants to know the “why” behind physical activities or the kinesthetic learner who grasps concepts better when they are connected to body movement. It's also an excellent resource for a child participating in their school's track and field day.
No prep needed. The book is self-contained and explains all concepts clearly. The included “Try This!” experiments use simple household items, but a parent might want to glance at those ahead of time to gather any necessary materials. The child asks, “How do they jump so high?” while watching a sporting event, or “What's the best way to start a race to be the fastest?” after their own practice. The parent wants to encourage a budding interest in sports with an educational angle.
Your experience helps other parents find the right book.
Sign in to write a reviewAn 8-year-old will likely focus on the dynamic photos and the “wow” factor of the scientific facts, grasping the main ideas (e.g., pushing off hard makes you go faster). A 12-year-old can engage more deeply with the specific vocabulary (inertia, air resistance) and might be able to apply the concepts more deliberately to their own athletic performance or school science projects.
While many books explain basic physics, this one's laser focus on track and field provides a unique and highly effective hook. Unlike a general “science of sports” book, its narrow scope allows for a more detailed and satisfying exploration of each concept within a familiar context. The clear, direct connection between a scientific law and a specific athletic action is its key strength.
This nonfiction book explores the physics behind various track and field events. Each chapter tackles a different scientific principle (e.g., Newton's Laws of Motion, friction, air resistance, gravity) and demonstrates its application in specific sports like sprinting, the long jump, the high jump, and throwing events like the shot put and discus. It uses clear explanations, diagrams, and photos of diverse athletes to make complex science accessible and engaging for young readers.
This overview was generated by AI based on the book's content and reviews, and may not capture every nuance.