Motion and Waves: Home

How does a rollercoaster work? Why don't I fly off a scrambler or octopus ride? How do bumper cars work? Covering lots of different rides, including traditional, more tame rides such as rollercoasters, helter-skelters and bumper cars, to more white-knuckle screamers such as scramblers, loop-the-loops, gondolas and corkscrews, Race that Bike! takes a fun look at forces in an amusement park. While learning about forces you will find that you also find out the answers to many questions that you have asked yourself about how amusement park rides work, and more. This Feel the Force series shows how forces and motion work in the world around us, in a set of high-interest situations. Each book includes three simple activities or investigations for readers to try. Overlays over large photos, plus diagrams, show how forces are acting in a given situation. Topics covered in the series include basic pushes, pulls and friction, air resistance, gravity, mass, weight and springs.

When times are tough, you pull yourself up and push yourself to the top ... of a beanstalk ... where you might get schooled in forces and motion by a STEM-loving giant named Dennis. At least that's what happens to Jack in this delicious twist on a classic fairy tale, supported by critical thinking questions and a glossary of key physics terms.

Zoom along as Max Axiom rides his way through a lesson in speed, acceleration, inertia, friction, and gravity! Young readers will discover the complex forces that keep the world running. Download the free Capstone 4D app for an augmented reality experience that goes beyond the printed page. Videos, writing prompts, discussion questions, and hands-on activities make this updated edition come alive and keep your collection current.

Running, biking, walking and waving. Motion is all around us. But what is it? How does motion work? Readers will learn the answers to these questions and more through easy-to-read text and vivid photographs. An experiment rounds out the book and provides a hands-on learning experience to encourage deeper understanding. Meets Next Generation Science Standards.

Each book in this series follows a packet of energy along a journey. Each stage of the journey is described in a short chapter, and we learn what alternative paths the energy might have taken along the way. This book shows how the energy in wind is turned into a music download. It explains the science behind sound, how it can be measured, recorded and stored, what happens in a recording studio, and how our ears hear sound. The topics covered are illustrated with experiments, amazing facts and scientific discoveries.

Something creepy is going on at Funland, and Scooby-Doo is on the case. The gang uses their knowledge of forces and motion to investigate why the rides are running by themselves, and why a wacky robot is out to get them! Scooby and friends use science to solve the mystery and save the day!

CRASH, BARK, BOOM! Sound is all around us. But what is it? How does sound work? Readers will learn the answers to these questions and more through easy-to-read text and vivid photographs. An experiment rounds out the book and provides a hands-on learning experience to encourage deeper understanding. Meets Next Generation Science Standards.

Listen up! Spread the word and ride the wave of science basics with this book about sound. Then look and listen during a hands-on science experiment that will draw everyone's attention in the library or classroom.