
A parent should reach for this book when their child's passion for skateboarding sparks a flurry of 'how' and 'why' questions. 'Skateboarding: How It Works' channels that physical energy and curiosity directly into STEM learning, breaking down the science behind the sport. Using clear language and dynamic photos, it explains concepts like gravity, friction, momentum, and energy through the lens of ollies, grinds, and half-pipes. It celebrates curiosity and the joy of understanding the world. For ages 8-12, this book is perfect for making abstract physics principles tangible, exciting, and relevant to a child's favorite hobby.
None. The book depicts skateboarders performing complex stunts, which involves inherent risk. However, the focus is entirely on the scientific principles at play, not on injuries or the dangers of the sport. Safety gear is often visible in the photos.
A 9-12 year old who is obsessed with skateboarding and is beginning to ask analytical questions about how tricks work. This child is likely a kinesthetic or visual learner who would benefit from seeing abstract scientific concepts applied to a high-interest, real-world activity. It's an excellent choice for a sports-loving kid who might be a reluctant reader of traditional science texts.
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Sign in to write a reviewNo preparation is needed. The book is self-contained and explains all concepts clearly. Parents could enhance the experience by watching videos of the specific tricks mentioned (like a kickflip or a 50-50 grind) with their child to see the physics in action. A parent hears their child say, "How do they jump so high?" or "Why does the board stay with you in the air?" after watching skate videos or practicing at the park. The parent wants to encourage this curiosity and connect their child's physical hobby to academic subjects like science and physics.
A younger reader (8-9) will be captivated by the photos and grasp the basic concepts: friction helps you turn, gravity pulls you down the ramp. An older reader (10-12) will be able to engage more deeply with the specific terminology (Newton's laws, potential vs. kinetic energy) and may be inspired to analyze their own technique or other sports through a scientific lens.
Unlike many books about skateboarding that focus on how-to instructions or biographies of famous skaters, this book's unique angle is its dedicated and accessible approach to the STEM principles behind the sport. It successfully uses the high-interest topic as a vehicle for teaching fundamental physics, making it feel less like a lesson and more like unlocking a cheat code for their favorite activity.
This non-fiction book explores the science and physics behind skateboarding. It begins by explaining the different parts of a skateboard and their functions. The core of the book is dedicated to explaining fundamental physics principles, such as gravity, friction, momentum, and potential and kinetic energy. Each concept is directly applied to skateboarding, showing how these forces enable riders to perform tricks like ollies, kickflips, and grinds, as well as navigate ramps and bowls. The text is supported by clear diagrams and action photographs of skaters.
This overview was generated by AI based on the book's content and reviews, and may not capture every nuance.