motion

Using everyday household products, experiment and create some projects that move, while learning the science behind them.

Contains instructions for building projects and activities which teach children ages nine and up about physics topics.

"Red Kangaroo is playing with her favorite ball--she throws it in the air, it comes back down. She wonders, what makes things move the way they do? Dr. Chris has the answer! . . . Dr. Chris teaches Red Kangaroo about Newton's Laws of Motion"--Provided by publisher.

"Build a model hovercraft like engineer Christopher Cockerell did, or a sculpture that moves in the breeze like artist Lin Emery. This title gives readers both an understanding of the properties of forces and the skills to investigate . . . discoveries and works"--Provided by publisher.

Readers will learn how force and motion and the physics behind them impact our universe every day. Photos and carefully leveled text will engage young readers as they learn more about the laws, history, and applications of these foundational STEM concepts.

It's a breezy new day, and along with a tempest in a chocolate milk glass, Jesse's presented with a messy new quagmire when Clark looses his lunch while spinning on the merry-go-round. The big question is, why did the ballistic barf fling outwardly, as Clark spun?.

"It's a bird, it's a plane, it's a...robot hummingbird? Meet robots inspired by animals that are racing through water like sharks, climbing walls like geckos, flying through the sky like honeybees, and more"--Provided by the publisher.

A collection of scientific experiments covering the concepts of force and motion.

With powerful infographics and leveled text, explores the science, technology, engineering, and math used in modern pro basketball.

Super scientist, Max Axiom presents step-by-step photo-illustrated instructions for conducting several experiments involving forces and motion.