SKU/Artículo: AMZ-B0H3PGYQ13

The Physics of Sports: How Momentum, Aerodynamics, Reaction Time, Balance, and Energy Transfer Shape Athletic Performance (Half Hour Help Science All Around Us Series)

Format:

Kindle

Audiobook

Kindle

Detalles del producto
Disponibilidad:
Fuera de stock
Peso con empaque:
kg
Devolución:
No
Condición
Nuevo
Producto de:
Amazon
Viaja desde
USA

Sobre este producto
  • The Physics of Sports: How Momentum, Aerodynamics, Reaction Time, Balance, and Energy Transfer Shape Athletic Performance explains the mechanics behind sprinting, jumping, throwing, hitting, tackling, cutting, and ball flight in clear, practical language. It shows how force, motion, momentum, and energy transfer shape ordinary game situations, from a hard check in hockey to the lift on a long golf shot or the timing of a goalkeeper’s save. Rather than treating physics as abstract theory, the book connects core ideas to the actions athletes, coaches, and fans actually care about: generating speed, staying balanced, absorbing impact, changing direction, and using technique more efficiently.The book begins with the basic principles that govern all athletic movement, then applies them to performance. It explains how momentum and impulse affect collisions, tackles, catches, and striking. It shows how energy is produced, transferred, and lost in running, jumping, landing, and throwing, and why efficient movement often matters as much as raw effort. Stability, balance, and center of mass are tied to practical situations such as cutting on a defender, recovering after contact, and controlling body position in the air or on uneven ground. Reaction time is treated as more than reflex alone, with attention to anticipation, visual cues, decision speed, and the small timing advantages that separate good performance from great performance.It also gives equal attention to the environment around the athlete. Aerodynamics helps explain sprinting, cycling, skiing, and any sport where drag, posture, and airflow affect speed. Spin, trajectory, lift, and bounce are broken down through familiar examples such as curveballs, topspin shots, long passes, and kick placement. Friction and surface interaction are explored through shoes, court grip, wet grass, stopping distance, and the tradeoff between traction and mobility. Technique appears here as applied physics, where changes in angle, posture, sequencing, and point of contact can improve power, control, and consistency.A final section looks at equipment and design, including rackets, bats, clubs, footwear, helmets, and protective gear. It explains how materials, shape, weight distribution, and technology influence performance and safety without losing sight of the athlete using them. For readers who want a sharper way to understand games, training, and movement, this is a grounded introduction to the physics that make sports work.FROM THE HALF HOUR HELP SERIES OF BOOKSThe Half Hour Help Series is a collection of concise, practical guides designed to teach the basics of a subject or provide quick solutions to everyday problems. Each book is crafted to be read in about 30 minutes, making it ideal for busy readers who want to learn something new or solve a specific issue without wading through lengthy manuals or complex jargon.Whether you're looking to understand a new concept, develop a skill, or tackle a challenge, these guides break things down into simple, actionable steps.Focused on clarity and efficiency, the Half Hour Help Series covers a wide range of topics—from personal development and productivity to science and technology, wellness, culture, and beyond.Every title is built around the idea that a little help can go a long way, and with just half an hour, readers can gain valuable insights and confidence to move forward.It's smart support when you need it, without the fluff.

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