motion

"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"--Provided by publisher.

An introduction to Newton's laws of motion through hands-on experiments.

Text and illustrations show how to make simple moving machines with common materials such as rubber bands, bottles, an electric toothbrush, pencils, and more.

Helps emergent readers understand and differentiate between the opposites of fast and slow.

Discusses how to complete DIY projects dealing with movement, including how different types of energy work and which forces affect moving objects.

Simple text and photographs introduce the concept of opposites, encouraging readers to compare things that are fast with things that are slow.

Text and illustrations explore objects whose motion is caused by either pushing or pulling, such as a sailboat pushed by the wind or a sled pulled by dogs. Presented in Arabic and English.

Easy-to-read text and color photographs explore the science of motion.

Cricket shows Oscar the kitten how various objects need a push or a pull to move, but animals use their muscles to move around.

"Make a rocket from a plastic bottle, a hovercraft from a balloon, and a drag racer from cardboard! These amazing science projects use readily available items and have simple step-by-step instructions. Discover the science behind each experiment. They're quick to make and fun to show your friends and family. They bounce, they fly, they push, they whirl they're forces and motion!"--Amazon.com.