Showing titles in How Things Work

Kids love asking big questions about space: How hot is the Sun? What are planets made of? What do astronauts see in space? Their questions won’t stop there — and they don’t have to. Our Solar System for Kids 8–12 turns every “why” and “how” into a moment of discovery. Your child will feel like a brave explorer as they learn real science through storytelling.

Imagine transforming every moment of your child's day into a captivating learning adventure, without the need for screen time! Have you been searching for ways to keep your child engaged and learning on your travels and at home without them feeling like they're stuck in yet another classroom? Are you frustrated with the educational materials currently available that fail to spark their imagination or hold their attention for long? Do you worry about the influence of digital screens on their creativity and engagement?

Welcome to the world of quantum physics, where particles pop in and out of existence, light behaves like a wave and a particle, and the rules of reality get turned upside down! This kid-friendly science adventure is packed with big questions, surprising answers, and many "whoa, really?!" moments.

Explore the wonders of the world and the furthest frontiers of space – and learn to build the universe’s most incredible sights with LEGO bricks! Look inside volcanoes, travel to the deepest depths of the ocean, find out what happens inside a black hole, send a message to aliens, and much...

When we think of accidents or mistakes, we automatically think of failure–that you need to throw everything out and start over from scratch, or maybe just give up. Well, these inventors and creators proved that notion wrong!

Want to impress your buddies at school? Need to think of something fun to do at Thanksgiving or Christmas? Want to learn a bunch of random facts about history, science, and the paranormal? If you answered yes to any or all of those questions, then pick up Interesting Stories for Curious Kids: A Fascinating Collection of the Most Interesting, Unbelievable, and Craziest Stories on Earth! This book is the coolest collection of interesting facts about a whole bunch of several different topics.

Have you ever wondered how computers follow instructions so well? Or how they do math so quickly? Basic principles of coding, including variables, binary code, loops, programming languages, and more, are explored in this newest engaging addition to the How Do series.

Hot air balloons are huge and colorful. They're lots of fun to watch. But how do they fly? And how do people control where the hot air balloon goes? Listen to this audiobook to find out!

Are you looking for a way to ignite your child's curiosity and love for learning? 100 Amazing Facts for Kids is the perfect adventure for young minds eager to explore the wonders of the world. This enthralling collection captivates children and their parents alike, making learning both fun and fascinating.

In science fiction, jet packs let people zoom through the air at high speeds. Discover the science and technology behind what it would take to make a real-life jet pack!

Mad about marvellous vehicles? Hit the road with writer and broadcaster James May to discover incredible human-powered vehicles – from bicycles and submarines to amphibious vehicles and even a helicopter.

Our world runs on energy! But traditional fossil fuels are doing great damage to the environment, and they will eventually run out. How might solar, water, wind and geothermal power come to our rescue? Listeners can discover how different the world could look in the future with energy sources that are clean and renewable.

This audiobook introduces listeners to the science that makes the Internet possible. Accessible text and engaging discussion topics make this short audiobook an exciting introduction to understanding technology.

From the New York Times–bestselling author of Where Good Ideas Come From and Extra Life, a new look at the power and legacy of great ideas. In this illustrated history, Steven Johnson explores the history of innovation over centuries, tracing facets of modern life (refrigeration, clocks...

In medicine, machines can be used to take detailed pictures of bones and even to save people’s lives. Listen to learn about the marvelous machines of modern medicine, like the defibrillator, the x-ray machine, and more!

Gail Gibbons uses clear, simple wording to present all the steps involved in building a house. From the architect who draws the plans, through the various types of workers who construct it, to the family who will make the house their home, each aspect is explained. Children can easily follow along as construction begins at the ground level with surveyors, describing the jobs of carpenters and plumbers.

The internet connects computers across the world. You may have used it to surf the web or email your friends. But how does it work? How can it send information around the globe? Listen to this audiobook to find out!

From immersive virtual reality games to social media with 3-D holograms, listeners can find out what cool new technologies might change the way they are entertained.

Have you ever wondered how the Hoover Dam was built? Follow along as the Colorado River itself tells you its story! A lot of work went into the construction of this giant dam, but it was worth it—we now have Lake Mead and a way of converting the river’s energy into electricity!

Criadores do Manual do Mundo, Iberê Thenório e Mari Fulfaro são apaixonados pela exploração do Universo. Agora, ao lado do astronauta Terry Virts, eles convidam você a conhecer de perto os bastidores da vida no espaço.

Go-karts are fun and fast. These small vehicles can be made even stronger and faster and listeners will love finding out how!

A bicycle is a fun and efficient way to get from one place to another. But have you ever wondered what parts make up a bike? Some bikes have hand lever brakes while others do not. Riders with more experience usually set their seats a bit higher than those with less experience.

What happens to garbage after it is picked up? Where does water go? Discover what happens to garbage, recycling, water, and mail after it leaves the home.

Bridges take cars, trains, and people across rivers, lakes, and canyons. This introductory title covers the materials used in bridge construction, the types of bridges, and the scientific concepts that make bridges work.

Born To Explore Get outside with this interactive boom that shows how explorers have found their way around the planet for thousands of years. Read about the ancient Polynesians who tracked the stars and waves to sail precise paths through the ocean. Or the Age of European Exploration navigators...

Ever wonder why a smoke alarm goes off? A battery, siren, and metal can work together to detect smoke and sound the alarm when catching a whiff of smoke.

From machine learning to virtual surgery practice, this exploration of scientific inquiry celebrates the greatest developments to date in medical artificial intelligence. Get to know the physicians, scientists, and other researchers responsible for these breakthroughs in medicine, and explore the ups, the downs, and the eureka moments that are science in action.

Did you know hot air balloons were dreamed up by a French boy in the 1700s? Joseph Montgolfier devoted his life to experiments that he hoped would allow him to fly. With the help of his little brother, his invention allowed humans to fly for the first time in history!

Brüste wachsen, Achselhaare sprießen, auf einmal fühlt man sich zum Banknachbarn hingezogen und die Eltern nerven nur noch: Wenn aus Kindern Teenies und schließlich junge Erwachsene werden, steht die Welt Kopf – und die Heranwachsenden haben tausend Fragen. Auch Unsicherheiten, mangelndes Selbstbewusstsein oder Hadern mit dem Körper gehören oft zum Alltag, und Mama und Papa sind nicht für jedes Thema der Ansprechpartner Nr. 1.

Popcorn is a yummy snack–how is popcorn cooked? From an un-popped kernel, heat boils the water that the kernel naturally has inside it. The water turns into steam after it builds up inside. Scientists used cameras to discover how corn popped! What’s inside the kernel to make an explosive change happen–turning a kernel of corn into a tasty buttery treat–popcorn?

Ada wants to win a prize one day for her inventions. She has many ideas. When it’s time to clean up her blocks, Ada has a great idea to make clean-up time easier. Ada thinks to use her father’s old socks to invent a way to stay on her two feet on an icy day! Ada’s ideas to recycle old things makes her a great inventor!

Have you ever wondered how molecules form groups or how forces in chemistry interact? Basic principles of chemistry, including atoms, the elements, compounds, reactions, and more, are explored through informative and engaging text in this new addition to the How Do series. The How Do series is a great introduction to various STEM topics, each written in a format that encourages audiences to ask questions and guess the answers before exploring the science behind them.

Computers cannot understand human languages such as English. Instead, they follow instructions written in special codes. Computer programmers use these codes to design video games and computer programs. How does computer coding work? Listen to this audiobook to find out!

This audiobook introduces listeners to the science that makes Smartphones possible. Accessible text and engaging discussion topics make this short audiobook an exciting introduction to understanding technology.

Programs and apps make computers useful. They let you do homework on laptops. They let you play games on smartphones and tablets. What programs and apps are the most important? Who makes them? Listen to this audiobook to find out!

From the discovery of the Polio vaccine to the breakthrough in mRNA vaccines for COVID-19, this exploration of scientific inquiry celebrates the greatest developments to date in vaccine science. Get to know the physicians, scientists, and other researchers responsible for these breakthroughs in medicine, and explore the ups, the downs, and the eureka moments that are science in action.