motion

Provides suggestions and directions for science projects that use elements of soccer to present and explain a variety of concepts, such as compound motion, conservation of momentum, airflow, Bernoulli's principle, and others.

An exploration of force and motion that explains what a force is and discusses speed and direction, gravity, balanced and unbalanced forces, moving machines, and more. Includes a glossary and resources.

An exploration of force and motion that discusses mass and weight, gravity and other universal forces, the laws of motion, energy and speed, pressure and floating bodies, and simple and complex machines. Includes a glossary and a list of resources.

This book explores the principles of force and motion, describing how they have been applied from ancient to modern times.

Introduces the fundamentals of energy and motion through hands-on experiments and activities.

Explains how almost every aspect of driving involves physics, from a car's handling and performance to fundamental concepts such as force, momentum, and energy.

Gives steps for creating experiments using force and motion. Includes supply lists for each experiment.

Presents science projects and experiments related to sports, covering such topics as speed, Newton's Laws, force and motion, gravity, friction, and collisions.

Photographs and simple text teach children how people move, what friction is, and how bicycle brakes work.

Discusses how both living and non-living things move or are moved.