From the Coke and Mentos fountain makers who found initial fame via Maker Faire and YouTube (more than 150 million views!) comes this collection of DIY science projects guaranteed to inspire a love of experimentation. Fritz Grobe and Stephen Voltz, also known as EepyBird, share their favorite projects: a giant air vortex cannon, a leaf blower hovercraft, a paper airplane that will fly forever, and many more. Each experiment features instructions that will take users from amateur to showman level—there's something here for all skill levels—alongside illustrations, photographs, and carefully explained science. How to Build a Hovercraft is guaranteed to engage curious minds and create brag-worthy results!

The amphibious versatility, marine speed and low footprint pressure have given the hovercraft a role in specialized applications. Among them are search and rescue, emergency medical services, military and arctic operations, icebreaking, patrol, law enforcement, ferries, and recreational activities such as racing. To meet these demands, the hovercraft has undergone considerable development since its inception. A comprehensive and timely review of the analysis, design, operation, economics and applications of hovercraft is presented in this volume by a team of highly qualified experts. The topics covered range from first principles to the state-of-the-art, with extensive references to current literature. The overall presentation is intended not to exceed the final year level of undergraduate engineering. The introduction and summary sections of all chapters are intended to give a qualitative grasp of the material covered without having to read all the technical portions.In varying degrees, the volume will appeal to managers, decision-support staff, operators, technologists, undergraduate students, and anyone entering the hovercraft field or seeking an introduction to it. It will also be of interest to design engineers, researchers and graduate students. Thus, this volume can serve as an up-to-date reference on several important aspects of hovercraft for a wide range of readers.

This book discusses the expertise, skills, and techniques needed for the development of new materials and technologies. It focuses on finite element and finite volume methods that are used for engineering simulations, and present many state-of-the-art applications and advances to highlight these methods’ importance. For example, modern joining technologies can be used to fabricate new compound or composite materials, even those formed from dissimilar component materials. These composite materials are often exposed to harsh environments, must deliver specific characteristics, and are primarily used in automotive and marine technologies, i.e., ships, amphibious vehicles, docks, offshore structures, and even robots. To achieve the desired material performance, computer-based engineering tools are widely used for simulation, data evaluation, and design processes.

The Really Useful Book of Science Experiments contains 100 simple-to-do science experiments that can be confidently carried out by any teacher in a primary school classroom with minimal (or no!) specialist equipment needed. The experiments in this book are broken down into easily manageable sections including: It’s alive: experiments that explore our living world, including the human body, plants, ecology and disease A material world: experiments that explore the materials that make up our world and their properties, including metals, acids and alkalis, water and elements Let’s get physical: experiments that explore physics concepts and their applications in our world, including electricity, space, engineering and construction Something a bit different: experiments that explore interesting and unusual science areas, including forensic science, marine biology and volcanology. Each experiment is accompanied by a ‘subject knowledge guide’, filling you in on the key science concepts behind the experiment. There are also suggestions for how to adapt each experiment to increase or decrease the challenge. The text does not assume a scientific background, making it incredibly accessible, and links to the new National Curriculum programme of study allow easy connections to be made to relevant learning goals. This book is an essential text for any primary school teacher, training teacher or classroom assistant looking to bring the exciting world of science alive in the classroom.

With more than 80 fun experiments, SUPER Science Experiments: Build It is the ultimate lab book for kids who want to build cool stuff! This fact- and fun-filled book includes tons of simple, kid-tested science experiments, many of which can be done with items from around the house, and require little-to-no supervision! That’s right—no adult help needed. That means no grownups doing all the fun stuff while you watch. You can do lots of messy, cool, mind-blowing experiments all by yourself! All the supplies you need are probably already in your home. No fancy gadgets or doohickeys needed! Whether you want to build your own catapult, lava lamp, rocket, or even a light bulb, this book has something for everyone. Each experiment features safety precautions, materials needed, step-by-step instructions with illustrations, fun facts, and further explorations. With SUPER Science Experiments: Build It, kid scientists like you can: Make a chair with newspapers Erupt a ketchup volcano Send a rocket into the air with the stomp of your foot See which direction you’re facing with a homemade compass Race little cars made from toilet paper tubes Build an electromagnetic motor And complete many other SUPER science experiments! At once engaging, encouraging, and inspiring, the SUPER Science Experiments series provides budding scientists with go-to, hands-on guides for learning the fundamentals of science and exploring the fascinating world around them. Also in this series, check out: Cool Creations, At Home, and Outdoor Fun. There’s no better boredom-buster than a science experiment. You will learn something and astound and amaze your friends and family. So, what are you waiting for? Get experimenting!

Discover the secrets behind some amazing inventions! Through observation, experimentation, and perseverance, humansthrough the ages have managed to solve a whole array of perplexingproblems. These solutions have included such incredible inventionsas the parachute, the periscope, the solar water heater, thesuspension bridge, the stethoscope, and many more. Now, with Builda Better Mousetrap in hand, you too can experience your own Eureka!moments of inspiration and sharpen your problem-solving skills aswell, while you explore the history and science behind some of theworld's most exciting inventions. With this collection of fascinating, hands-on projects you'lldiscover the answers to such intriguing questions as: Who inventedthe hovercraft? Why is there a hole in the top of a parachute? Whatis an Aerobie and why does it fly so well? And you'll be encouragedto come up with your own awesome inventions. With easy-to-followinstructions on how to make everything from a rocket, to akaleidoscope, to a bottle organ, Build a Better Mousetrap is filledwith enough exciting projects and challenges to get you started ona lifetime of invention.

Paula Grey explores how creative thinkers—collaborating or competing and always building on the work of their predecessors—have envisioned new ways to move about in the world. The story of travel is the human story. From the first migrations out of Africa on weary feet to horses, camels, rafts, chariots, steamships, trains, hot air balloons, cars, submarines, and moon rockets, humans have combined imagination, daring, and technical brilliance to create new vehicles and improve existing ones. Geography and culture have influenced the development of vehicles in far-flung parts of the world, and human travel has, in turn, exerted a profound influence on society and the environment. Whether escaping deprivation, pestilence, persecution, oppression, or fear—or seeking abundance, freedom, fame, fortune, or a fresh start—we have always been a traveling species, and it seems we always will be. Here is the story of humankind’s restless impulse to see what’s over the next ridge, beyond the next sunrise, on the next planet. Enjoy the journey! Fountas & Pinnell Level Z+

Put student engagement on the fast-track Think action sports like skateboarding and BMX have nothing to do with physical science? Think again, especially as they relate to fundamental physics concepts like motion, force, and simple machines—not to mention the problem solving required. What’s more, because kids will want to, observing action sports is a perfect vehicle for promoting self-directed and collaborative learning . . . with Action Science as your driver’s manual. Through a combination of book and video, Bill Robertson provides all the materials you’ll need to get started, with the NGSS very much in full view. Inside and outside, you’ll find: Detailed instructional methods on momentum, center of gravity, inertia, and centrifugal and centripetal forces Hands-on classroom activities and experiments, including some utilizing common household materials Captivating video via QR codes of top professional and amateur extreme sports athletes demonstrating authentic, high-flying maneuvers Robertson, an associate professor in science and technology education at the University of Texas at El Paso--and an avid skateboarder—has extensively piloted the Action Science program. It works! "This is an outstanding resource for any middle school science teacher trying to engage unmotivated students or implement problem-based learning strategies in a way that is exciting and meaningful!" --Melissa Miller, Middle School Science Teacher Lynch Middle School Farmington, AR

If Hovercraft Can Go Anywhere, How Did We End Up Here? tells the stories of two hovercraft fixers who gave up some of the best years of their lives to repair and commission hovercraft all over the world. Unfortunately, the places that need hovercraft are tough, rugged, god-forsaken and not in the least bit glamorous - just like John and Russ, in fact. Whether impounded in the docks, in pieces in a hanger or strapped to a stranded lorry, as John once put it, "There's always a bloody hovercraft waiting to be fixed."

Air Science gives students opportunities to discover for themselves that the air all around them is transparent; has weight, pressure and resistance; and is made up of several different gasses, the most important of which is oxygen, which they need to breathe. They'll enjoy conducting their own experiments, writing poetry, competing with one another in simple games and taking periodic quizzes to see how much they have learned.