Best Selling Books by Anita Yasuda

Who invented the airplane? When were airplanes invented? And why do planes have wings if the wings don't flap? Kids can answer these questions and more by jumping into the cockpit and soaring into Explore Flight! With 25 Great Projects, where they'll learn about the history of our human obsession to conquer the feat of flying.

For kids ages 6-9, Explore Flight! With 25 Great Projects introduces them to the dreamers, inventors, aviation pioneers, and record breakers. They will read about the myths and legends of flying and about the wondrous flying machines of the past, present and future. They will learn that in the 15th century Leonardo da Vinci drew sketches of airplanes, helicopters and other flying machines, and that the first passengers in a hot air balloon were a sheep, a rooster, and a duck. Along the way, they will develop a better understanding of the rich history of aviation, investigate what causes flight, and learn about the science of aerodynamics. Projects and experiments range from making a paper airplane to building an airfoil. All the projects in this book are easy to follow, require little adult supervision, and use commonly found household products, many from the recycling.

From zippers to the Pyramids, rolling pins to catapults, we are surrounded by simple machines. This book will amaze kids with the ingenuity they already possess and inspire them to look differently at the objects they use everyday.

Explore Simple Machines! With 25 Great Projects introduces kids to the concept of “mechanical advantage," and harnesses kid-power by inviting them to build machines of their own design. It opens their eyes to the diversity of machines in their lives, and sparks the imagination with challenge, humor, and achievable projects.

Explore Simple Machines! dedicates a chapter to each of the six simple machines that were identified centuries ago: levers, inclined planes, pulleys, screws, wedges, and wheels & axles. Kids will develop analytical skills as they figure out where force is applied and what kind of work it generates.