Friction Fun


Book Description

Implement Newton’s First Law of Motion as a teaching principle with this packet: students (bodies at rest) need many hands-on activities (impressed forces) to learn (compelling change)! This collection of Physical Science Action Labs will give your students plenty of experience with matter and motion. The labs include determining characteristics of matter, focusing specifically on friction.




Experiments with Friction


Book Description

Explores the force of friction through ten simple experiments using everyday objects.




Focus on Friction


Book Description

Provides readers with an engaging introduction to friction. With colorful spreads, clear text, helpful diagrams, and a "Science in Action" activity, this book offers an exciting look at physics in the real world.




Why Do Moving Objects Slow Down?


Book Description

A baseball player slides on the ground to tag a base. A toy car's wheels rub against the floor and slow the toy car down. Friction is at work all around you. But what exactly is friction? And how does it affect different objects? Read this book to find out! Learn all about matter, energy, and forces in the Exploring Physical Science series—part of the Lightning Bolt BooksTM collection. With high-energy designs, exciting photos, and fun text, Lightning Bolt BooksTM bring nonfiction topics to life!




Drag! Friction and Resistance


Book Description

In this stimulating nonfiction book, readers will discover the various types of friction--including rolling friction, sliding friction, fluid friction, and static friction--and the huge impacts it has on nature, machines, and our lives. In addition, readers are encouraged to perform basic experiments to assist in the understanding of friction, kinetic energy, and water resistance. With real-life examples, colorful images, accommodating graphs and charts, and informational text featuring Time For Kids© content, children will be inspired and engaged as they read through this book. This book also includes text features such as a table of contents, glossary, and index, as well as resources like a bibliography and a list of websites for learning more. This high-interest book will engage readers from cover to cover!




365 Weird & Wonderful Science Experiments


Book Description

This fact- and fun-filled book contains hundreds of simple, kid-tested science experiments, all of which can be done with items from around the house and require little to no supervision. Each experiment features safety precautions, materials needed, step-by-step instructions with illustrations, fun facts, and further explorations. Full color.




Super Cool Forces and Motion Activities with Max Axiom


Book Description

From catapults to balloon cars to soda rockets, Super Scientist Max Axiom makes hands on science experiments super cool! From the secret files of Axiom Laboratories comes a collection of kid friendly forces and motion experiments and activities. With clear step by step, photo illustrated instructions, these projects will not only teach core curriculum science concepts, but also amaze aspiring young scientists.




Super Cool Science and Engineering Activities


Book Description

Young scientists and engineers will be inspired by dozens of amazing experiments and activities from the secret files of Axiom Laboratories. Super Scientist, Max Axiom, hosts a collection of kid friendly projects related to chemical reactions, forces and motion, mechanical engineering, and structural engineering. From producing dynamic reactions to building structural marvels, readers will experience key science and engineering concepts in action.




Home Fun


Book Description




How Come?


Book Description

Fact-filled, fun-filled, as interesting to parents as it is to kids, the How Come? series is the trusted source for lively, clear answers to kids’ science queries. Now the best questions and answers from all three books—How Come?; How Come? Planet Earth; and How Come? In the Neighborhood—have been revised, updated, freshly illustrated in full color, supplemented with twenty completely new questions, and combined into one bigger, better volume. How Come? explains, in fascinating detail, more than 200 mysteries and phenomena in the world around us. These are the questions that pique kids’ curiosity—and stump parents. When it rains, does running (rather than walking) to the nearest shelter really keep you any drier? How can a stone skip across a pond (instead of sink)? If the Earth is spinning, why can’t we feel it? Why don’t we fly off? Why do elephants have trunks? And the all-time classic, Why is the sky blue? (Sunlight has a hidden rainbow of colors, and air molecules scatter blues the most—sending bright blue light down to Earth.) The text is clearly written, engaging, and accessible. It’s for every kid who wants to know—and every grown-up who simply doesn’t know.