Science Gets Physical

Whether it is a fun day at the beach, taking a canoe trip across a lake, or doing laps in a pool, water is a great venue for sports and leisure. Get an edge on your competitors with this interesting book, which reveals the science of water sports. Discover why high diving is possible, why the front crawl is the fastest swimming stroke, and how paddles and oars work as levers to generate forward motion.

The streets are a physics playground! Discover how, by applying forces such as friction and the laws of motion, inertia, and torque, the urban environment can be used for sports including skating, soapbox racing, climbing, and parkour.

Pedaling a bike engages some of the most complex forces in the world of physics. Get an edge on your competitors with this fascinating book, which reveals the science of cycling. From stunt riding to road racing, discover how forces work to keeping you upright, pedaling, and moving forward all at the same time.

Nearly all snow and ice sports involve overcoming the force of friction and reducing it as much as possible. Get an edge on your competitors with this informative book, which reveals the science of sports such as skiing, snowboarding, figure skating, bobsleigh, and luge. Discover how winter athletes overcome physical forces to fly in the air, increase their speed, and spin endlessly without falling over.

Playing basketball requires skill, strength, agility - and physics! Get an edge on your competitors with this fascinating book, which reveals the science of the game. Discover how players who jump have to overcome gravity, how friction affects the ball when it bounces on the ground, and why the shot clock has to precisely measure time to make sure that teams shoot within 24 seconds of taking possession.

Whether you are throwing and catching in your backyard, playing touch football, or receiving the kick-off at the Super Bowl, you are demonstrating the laws of physics. Get an edge on your competitors with this informative book, which reveals the science of the game. Discover how air resistance and friction affects how a ball travels, how torque helps make a tackle, and why kinetic energy and impact make helmets necessary.