Take a look out the window. What do you see? People, cars, bikes, birds, and more are all on the move. With this basic introduction to motion, young readers will discover the three laws of motion, what they mean, and how they affect our lives every day.

It's time to go to the theme park! Giant rides loom around you, and countless parts are in motion. But many simple machines are at work too. See the Ferris wheel? That's a wheel and axle. Try your luck at skee-ball. You're using an inclined plane. Find out more about the simple machines behind the excitement.

What would happen if gravity didn't exist? People and objects would float into space! With this basic introduction to gravity, young readers will discover how gravity works and how it affects everything in our world and beyond.

The future of entertainment is here. Computers have outsmarted expert chess champions, and gaming software knows how to adapt to your playing style. Artificial Intelligence (AI) is at the heart of these changes. Learn how AI has transformed entertainment and about the problems we could soon face because of AI.

How do you get something to move? You use force to move it with a push or a pull. With this basic introduction to forces, young readers will learn about physical forces and how they are at work in our world every day.

It's time to go to the theme park! What's at the centre of this fun-filled place? Motion! Did you feel like you were floating for a second on the rollercoaster? You can thank g-forces! Did you send the bottles flying after a game-winning throw? That's Newton's first law of motion. Find out more about the science involved in making things go.

What would our world be like without magnets? Computers, radios, phones, and TVs wouldn't work correctly. And many other modern machines wouldn't exist. With this basic introduction to magnets, young readers will learn how magnets work and how useful they are our world today.

Stack it higher with engineering projects that teach kids science concepts--and then build on them. Start with the basics, and then grow on what you know. Learn what shapes are best for building, how they work together, and then and how to make and take them to the next level.

It's time for fun at the theme park! But did you know science is at work behind the scenes? Feeling the thrill as the rollercoaster plunges down the big hill? That's gravitational force at work. Sticking to the graviton ride's walls like glue? That's the result of centripetal force. Find out more about the forces behind the fun.

Take a look out of the window. What do you see? People, cars, bikes, birds and more are all on the move. With this basic introduction to motion, young readers will discover the three laws of motion, what they mean and how they affect our lives every day.

What would our world be like without magnets? Computers, radios, phones and TVs wouldn't work correctly. And many other modern machines wouldn't exist. With this basic introduction to magnets, young readers will learn how magnets work and how useful they are in our world today.

A day at the theme park would be no fun without science! Look no further than the wildest rides for the ins and outs of forces and motion. Stop to watch light, sound and electrical energy take centre stage at a show. The stomach-dropping science behind all the rides and attractions will open readers' eyes to physics in action.

It's time to go to the theme park! What's at the centre of this fun-filled place? Motion! Did you feel like you were floating for a second on the rollercoaster? You can thank g-forces! Did you send the bottles flying after a game-winning throw? That's Newton's first law of motion. Find out more about the science involved in making things go.

When Artificial Intelligence (AI) is part of our lives, it can make suggestions for us based on our habits. AI can also help with everything from making sure the refrigerator is well-stocked to helping us make purchases online. Learn how AI might change how we live and travel.

Uses engaging nonfiction text and hands-on projects to help young readers explore real-life flying vehicle engineering projects, including the science behind how these vehicles are planned and built.