When you flip a light switch, it turns on the light. But how? Where does that energy come from? How does it get to the light bulb? Learn about all kinds of energy that power our world and how we can make sure we never run out!
What makes up every single thing in the universe? Teeny tiny specks called atoms. Atoms are the tiniest forms of matter, and matter is everything.
Make your own electronic devices. Turn on a light with pencil lead, run a clock with potatoes, experiment with play dough power, make touchscreen gloves, and transform a shoe box into a lamp. Who knew circuits could be so much fun?
Jumping, spinning, twisting, turning, racing—the power is in your hands. Make bots that jump and spin, build a rubber band racer and a bottle boat, power a boat and a car with air. Make machines that move!
An in-depth look at the design and engineering of massive scientific telescopes. Addresses the obstacles of construction, the impact on society, and the science of engineering such superstructures.
A look at some of the most amazing elevators in the world. Addresses the obstacles of construction, the impact on society, and the science of engineering such superstructures.
An in-depth overview of the engineering processes involved in constructing the international space station. Addresses the obstacles of construction, the impact on society, and the science of engineering such superstructures.
Soil hides most of the time, but it’s important. Dig into the layers of soil and learn how it is made. Find out how soil helps plants and other living things thrive. Are you ready to get your hands dirty?
Plant roots are amazing! From keeping plants anchored in the ground to sucking up water from the soil, roots are an essential part of plants. Some go deep below Earth’s surface while others spread far and wide just below the dirt. Dig in to discover how roots help plants survive.
Ever wonder how plants reach toward the sun? Or how water gets from the roots to the leaves? A plant’s stem is like a highway, transporting water and food where it’s needed. Dig in to discover how stems work to support a plant’s survival.
Some are bigger than a school bus. Others are as small as a candy sprinkle. Some make people itch. What are they? Plant leaves! Find out why leaves are a certain shape and size, how they help plants grow, and perform your own experiment to find out just what leaves need to grow.
Thomas Edison visita la tienda de dulces. Al igual que Finley, es medio sordo, y le enseña a superar sus fracasos.
Fiona y Finley aprenden mucho sobre la electricidad y los inventos de Benjamín Franklin en un viaje fantástico a Filadelfia.
Alex is part of the Gumshoe Gang at Watson Elementary and is a science fanatic. He and his friends help solve cases that happen in their school. This time Alex is the one affected by a crime and the case revolves around him. Someone has destroyed his Science Fair project! Can the Gumshoe Gang find the culprit before the Science Fair tonight? Will Alex still be able to participate in the Science Fair he was so excited about? These mysteries are perfect for your early fluent reader. With longer sentences and fewer illustrations, these are suited to keep readers guessing as they solve for clues. Paired to the nonfiction title Winning By Waiting.
Reports of haunted houses go back to ancient Rome. People who claim to have witnessed hauntings tell of strange sounds, objects that move on their own, and ethereal spirits. Readers will learn about the history of hauntings, why skeptics claim they are not real, and how researchers use technology to try and find proof of these unwanted visitors in our homes!
Does a giant sea monster live beneath the surface of Loch Ness in Scotland? Reachers have used cameras, sonar, and other technology in hopes of finding this legendary creature. This title explores the mystery of the Loch Ness Monster, the tools and technology used to search for it, and examines the evidence gathered to date, letting the reader make their own conclusion about the existence of this beast beneath the water.
Creaking doors, gusts of wind, eerie sounds--could these be the signs of ghosts? Ghost hunters have tried for years to prove the existence of ghosts through photos, videos, and sound recordings. This book investigates reports of ghosts, illuminates the tools and technology used to search for ghosts, and leaves the reader wondering whether or not there are spirits among us!
Most sightings of unidentified flying objects can be explained--but not all of them. Those that cannot be are the focus of investigation by UFO researchers. They use video cameras, binoculars, radar, and other technology together with eyewitness accounts to try and identify strange objects in the sky. Students who read this title will find themselves later wondering: what is that strange object in the sky?
About 120,000 pounds of space dust falls to Earth every day. All of this dust comes from asteroids! Asteroids are chunks of rock and metal that orbit around the sun, but some venture near Earth from outside the solar system. Through detailed photos and fact-filled graphics, this title introduces readers to the phenomenon of asteroids.
Reports of Bigfoot go back to the early 1800s. Since then, several footprints, films, and pictures have been used as evidence that Sasquatch roams the Pacific Northwest. This title examines the history of Bigfoot reports, the tools and technology used by researchers, and considers whether or not Bigfoot exists.
Did you know that the average car has more than a dozen computers inside? Without computers and the coding that controls them, today’s transportation would look a lot different. Young readers will love exploring how coding helps us get around in this fascinating read.
How do your favorite video games work? The coding insides creates backgrounds, plays music, and controls how each character and items move. Readers will love learning about the world of coding through the video game lens in this book for young students.
Thanks to Siri and Alexa, we’ve gotten pretty used to coding in our home. But did you know a company offered automation for lights and appliances as early as the 1970s? Check out the home automation of the past and the smart homes of the future in this fun read.
Many students may use computer labs or tablets in school. But coding can also be found in science classrooms, the library, and even the lunch room! Early readers can educate themselves on the coding in their own school with this eye-opening title.
From typing your name to playing a song, everything you do on computers uses code. But how do computers understand what we’re telling them? This engaging title introduces young readers to programming languages, binary code, and the history of early programming.
