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Why does the wind blow? What does air pressure have to do with a thunderstorm? Why is a mountaintop snowy while the valley below is warm? The answers to these questions all involve the layer of air surrounding Earth-the atmosphere. Earth's atmosphere is always in motion. It moves clouds, storms, and warm and cold air from one part of the planet to another. In this fact-packed book, discover how the ever-changing atmosphere determines weather around...
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What does swimming in a pool, drinking through a straw, breathing in air, and circulating blood all have in common? They all require a form of air or water pressure! Readers will discover the variety of ways that air and water pressure make an impact on our lives. This fact-filled nonfiction title includes real-life examples, vivid images, helpful graphs and diagrams, and basic experiments to help students begin to understand physics concepts. Readers...
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In this stimulating nonfiction book, readers will discover the various types of friction--including rolling friction, sliding friction, fluid friction, and static friction--and the huge impacts it has on nature, machines, and our lives. In addition, readers are encouraged to perform basic experiments to assist in the understanding of friction, kinetic energy, and water resistance. With real-life examples, colorful images, accommodating graphs and...
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Learning about heavy physics concepts can sure weigh down your brain! You need to understand huge forces (like gravity, magnetism, and inertia), huge speeds (light moves at 670,615,200 miles per hour), and even huger mysteries (what space-time is).
How can all these big numbers and concepts make more sense? Infographics! The charts, maps, and illustrations in this book tell a visual story to help you better understand key concepts about forces and...
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The supercharged facts about energy and waves can set your brain buzzing! You learn about huge rates of consumption (like the 35.3 quadrillion BTUs of petroleum used in the United States in 2011), huge timelines (it took 300 million years for our greatest source of energy, fossil fuels, to be created), and even huger mysteries (how long it will be before fossil fuels run out).
How can all these big numbers and concepts make more sense? Infographics!...
7) Replicators
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Imagine if scientists had a tool that could make food or a chair seemingly out of thin air. Star Trek fans might recognize this piece of technology as "replicator," a concept that was also used in other science fiction stories. Readers learn that similar technology does exist, and it could eventually be used just like Star Trek replicators. Including STEM content as well as connections to popular culture, each chapter introduces readers to the latest...
9) Matter
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Everything is made of matter. In this book, readers will learn to recognize the three states of matter, how to measure matter, and the way temperature changes matter's forms. An introductory lesson on how matter travels in the water cycle invites readers to examine the broader impact of these essential elementary science concepts, and how they affect Earth's weather. Activities and questions are included to bring these concepts to life in a relatable...
10) Magnetism
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From an early age, children are often fascinated by magnets on their refrigerator or in toys they play with. However, do they know how those magnets actually work? They will after reading this volume. Readers expand their knowledge of magnets as they learn how magnets work and what magnets can be used for in everyday life. The accessible and age-appropriate main text is presented alongside extra features, such as detailed sidebars, informative fact...
11) Light
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The science of light is fascinating, and this illuminating topic is presented to readers in this fun and fresh guide to science. Readers learn basic scientific facts about light and are given relatable examples of how this physical science concept is at work in the world around them. This accessible and age-appropriate main text encourages readers to think deeply about how they can apply what they've learned to their own lives. Creative, full-color...
12) Sound
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Description
Do you hear that? Sound is one of the most thrilling and fascinating senses we possess, but how does it work? In this book readers unravel the mystery of frequencies, pitch, and volume. They'll explore how sound travels, the anatomy of an ear, and what makes an echo. With samples of how these phenomena can be tested at home, the book encourages readers to appreciate and engage in scientific exploration. A helpful glossary equips readers with the language...
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As one of the five elements of weather, air pressure is the driving force behind shifting weather patterns. Readers discover how high and low pressure areas work and the ways in which hot and cold air vie against each other every day, shaping our weather. A "Learn More" section will direct students to further information resources, and a detailed index serves as a quick reference to what is contained in the book (and where to find it).
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Description
Squishing, stretching, turning, and twisting. Author Peter Riley makes learning about physical science concepts fun. After core principals of force are explained through easy-to-understand scenarios, such as when a child pulls on their socks, the concepts of gravity, friction, and magnetic fields are explored. Readers will learn how to use magnets through entertaining experiments. Answers to activities are provided at the back of the book, each activity...
16) Solar Sails
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Description
Solar sails use the sun's energy to fly spacecraft, or "flight by light." It sounds like something out of a science fiction novel. In fact, it is, first being mentioned in Jules Verne's From Earth to the Moon in 1865. It's been used as a way for characters to travel through space in many other books and movies, including Tron in 1985. Today, solar sails are a reality, and readers learn how their technology works as well as how successful trials with...
17) Forces
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Description
Help your readers discover the powerful science behind force. Various forces, such as gravitational force and applied force, explain how and why objects move the way they do. Through informative and concise main text, readers expand their knowledge of this essential science curriculum topic. Creative, full-color design elements, useful sidebars, thought-provoking fact boxes, and a helpful glossary add extra insight to give readers a better understanding...
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Formats
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Audisee® eBooks with Audio combine professional narration and sentence highlighting to engage reluctant readers! Do you like to gaze at the stars? So did the young Stephen Hawking. Eventually, he turned his fascination with the night sky into a career of trying to figure out how the universe began and how it works.
As a child, Hawking loved the stars and he loved math class. In college, he studied physics and cosmology, or how the universe came...
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Introduce readers to physics and how it assists objects to move. This stimulating nonfiction title includes real-life examples and basic experiments to facilitate further understanding of physics concepts. Readers will learn about velocity, Newton's Second Law of Motion, thrust, gravity, momentum, and g-force through Time For Kids© content, vibrant and colorful images, fascinating facts, and accommodating graphs and diagrams. This book also includes...
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