In this book, early fluent readers will discover the STEM concepts behind water sports, while learning about motion and movements of the sports and the technology of athletes’ clothing and gear. Vibrant, full-color photos and carefully leveled text will engage young readers as they learn more about the science behind these exciting Olympic events. A Take a Look! infographic aids understanding, sidebars present interesting, supplementary information, and an activity helps readers learn more. Children can learn more about the science behind water sports using our safe search engine that provides relevant, age-appropriate websites. The Science Behind Water Sports also features reading tips for teachers and parents, a table of contents, a glossary, and an index.
In this book, early fluent readers will discover the STEM concepts behind track and field, while learning about motion and movements of the sports and the technology of athletes’ clothing and gear. Vibrant, full-color photos and carefully leveled text will engage young readers as they learn more about the science behind these exciting Olympic events. A Take a Look! infographic aids understanding, sidebars present interesting, supplementary information, and an activity helps readers learn more. Children can learn more about the science behind track and field using our safe search engine that provides relevant, age-appropriate websites. The Science Behind Track and Field also features reading tips for teachers and parents, a table of contents, a glossary, and an index.
Introduces readers to the parts inside a remote-controlled car and how they work together to make the remote-controlled car function. Features labeled photos that highlight each part of the remote-controlled car to enhance reader understanding. Additional features include captions, a table of contents, a phonetic glossary, sources for further research, and an index.
Discover how math applies to the game of football, from the length of the field to the calculation of players' stats.
ATVs can be used for both work and play. Riders have many different models to choose from. Students will learn about the history of ATVs, the technology used in their design and performance, and how they can traverse almost any kind of terrain.
Learn about all kinds of sports and discover what sport is right for you with this colorful, engaging title!
Takes a look at 12 of the biggest breakthroughs in sports technology. From the shot clock and derailleurs to in-helmet headsets, goal line technology and carbon fiber skiis and snowboards, the book features historic photos, engaging sidebars, and covers the impact of each breakthrough.
In Kingda Ka Roller Coaster, early fluent readers explore the mechanics behind this breathtaking engineering marvel. Vibrant, full-color photos and carefully leveled text engage young readers as they learn about this record-breaking roller coaster. An infographic illustrates how the roller coaster works, and an activity offers kids an opportunity to extend discovery. Children can learn more about Kingda Ka Roller Coaster using our safe search engine that provides relevant, age-appropriate websites. Kingda Ka Roller Coaster also features reading tips for teachers and parents, a table of contents, a glossary, and an index.
Could you jump through fire or pull a truck with just a rope? These and more amazing feats are covered along with a story, Feat of Endurance, which explores the crazy things some people will do just to be famous.
The invention of the wheel changed the way we moved and made exciting toys possible for children. This book discusses the history, creativity, and fascination of toys made with wheels.
Provides a history of balls and ball games and offers instructions for playing different ball games and for making balls from cloth, felt, and rubber bands.
Provides a history of kites and kite making, and offers step-by-step instructions for making a wind sock and different types of two- and three-stick kites.
Through engaging text and dynamic infographics, charts, timelines, photos and levelling control this high interest title describes the history, features, and future of sportbikes.
From drones capturing unique angles of plays for enhanced analysis to swimsuit material helping swimmers go faster, technological innovations are transforming the way sports are played as well as watched. Supercharged Sports examines these exciting advances in technology and also explores what’s coming next in the world of sport science, such as health-monitoring systems sewn into the fabric of uniforms and even more immersive virtual reality experiences.
Strap into a harness and prepare for a wild ride! Roller coasters offer steep hills, wide turns, and incredible speeds. Curious readers will find information on the history of roller coasters, the materials used to build them, and the science behind the speed.
Concerts, ball games, races, and many other events take place in stadiums around the world. These large structures are build to hold thousands of people. Eager readers will find information on the different kinds of stadiums, preferred construction materials, and the science that gives these massive buildings their strength.
A primer on the basic dos and don’ts of fishing, including tips on choosing a proper rod and reel, advice on how to land a catch, and instructions for making a landing net.
A primer on the basic dos and don’ts of fishing, including tips on finding and accessing new fishing spots, advice on how to avoid polluted waters, and instructions for making a creel.
A primer on the basic dos and don’ts of fishing, including tips on the best times to go fishing, advice on how to prepare for a fishing outing, and instructions for making a bug lure.
An elementary introduction to the physics involved in the sport of soccer, including scientific concepts such as spin and friction, and actions such as dribbling and kicking.
An elementary introduction to the physics involved in the sport of volleyball, including scientific concepts such as gravity and acceleration, and actions such as bumping and spiking.
An elementary introduction to the physics involved in the sport of golf, including scientific concepts such as torque and lift, and actions such as swinging and twisting.
An elementary introduction to the physics involved in the sport of football, including scientific concepts such as mass and projectile motion, and actions such as tackling and punting.
An elementary introduction to the physics involved in the sport of basketball, including scientific concepts such as launch angles and inertia, and actions such as dribbling and shooting.
An elementary introduction to the physics involved in the sport of baseball, including scientific concepts such as momentum and trajectory, and actions such as pitching and batting.
