With more than 100 million players around the world, Minecraft is one of the most popular video games of all time. Its unique design encourages players to use their creativity and problem solving skills to build entire worlds from scratch. In this book, readers will learn how they can use virtual reality technology to explore Minecraft in a whole new way. Includes table of contents, glossary, and index--as well as sources for further reading.
In Toys Then and Now, leveled text and vibrant, full-color photographs take readers through the cultural and technological advances that affected toys through time. Readers will compare life in the past to life today. An infographic highlights popular toys of different eras and What Do You Think? sidebars and an activity encourage deeper inquiry. Toys Then and Now also features reading tips for teachers and parents, a table of contents, a glossary, and an index.
From simple board games to the latest in video game technology makers are hard at work designing fun new ways to play. Readers will discover new processes, integrate visual information with text, and and learn technical word meanings as they find out how games are designed and what makes a good game. They will also learn how to plan and create games of their own.
Takes a look at 12 of the biggest breakthroughs in gaming technology. From game consoles and controllers to virtual reality and mobile gaming, the book features historic photos, engaging sidebars, and covers the impact of each breakthrough.
Make the best of a cold day with Spot! Spot plays outside on a windy day. In autumn Spot collects different color leaves. When it snows, Spot plays outside, watches snowflakes, and makes a snowball. Stories by Marileta Robinson and Highlights for Children.
Tops have been spinning for thousands of years. Learn about tops, yo-yos, and other fascinating spinning toys as well as how to make them.
The invention of the wheel changed the way we moved and made exciting toys possible for children. This book discusses the history, creativity, and fascination of toys made with wheels.
Children will enjoy this interesting book, which uses the principles of Makerspace to introduce them to how materials can be joined together to create one object with many individual pieces. Simple text describes how objects made of many pieces can be disassembled to make new objects, and how the properties of those objects can be observed. Readers are then provided with strategies to start their own creative projects using the ideas they have learned. Along the way, tips and helpful hints guide children on how to brainstorm and solve problems working as a team.
Children will enjoy this inventive book, which uses the principles of Makerspace to introduce them to how materials can be shaped to serve different uses and purposes. Simple text describes how natural and human-made materials are shaped for their purposes, and how the properties of those materials support their purpose. Readers are then provided with strategies to start their own creative projects using the ideas they have learned. Along the way, tips and helpful hints guide children on how to brainstorm and solve problems working as a team.
Children will enjoy this intriguing book, which uses the principles of Makerspace to introduce them to how the properties of materials make them best suited for different purposes. Simple text describes how the properties of materials, such as transparency and buoyancy, relate to their uses. Readers are then provided with strategies to start their own creative projects using the ideas they have learned—especially related to testing the uses of materials. Along the way, tips and helpful hints guide children on how to brainstorm and solve problems working as a team.
Children will enjoy this engaging book, which uses the principles of Makerspace to introduce them to how matter is mixed together or separated to create new properties. Simple text describes how mixing and separating can result in new states of matter, substances, and materials with differing properties. Readers are then provided with strategies to start their own creative projects using the ideas they have learned. Along the way, tips and helpful hints guide children on how to brainstorm and solve problems working as a team.
Children will enjoy this fascinating book, which uses the principles of Makerspace to introduce them to the properties of different materials, such as wood, paper, and plastic. Simple text describes the observable properties of materials, and gives readers the tools they need to compare and contrast those properties. Readers are then provided with strategies to start their own creative projects using the ideas they have learned. Along the way, tips and helpful hints guide children on how to brainstorm and solve problems working as a team.
Children will enjoy this entertaining book, which uses the principles of Makerspace to introduce them to the properties of matter. Simple text describes the properties of liquids and solids, and how these properties change between states of matter. Readers are then provided with strategies to start their own creative projects using the scientific ideas they have learned. Along the way, tips and helpful hints guide children on how to brainstorm and solve problems working as a team.
How do you build a snowman? With some snow for a body and objects for a face, arms, and clothes. Paired to the nonfiction title What Is Snow?.
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?
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.
The field of life science involves the study of living organisms, their organization, life processes, and the characteristics of all living things, such as plants, animals, and human beings. The reproducible activity pages supplement life science textbooks with stand-alone or coordinate one-page lessons. Sample activities include: Angiosperms and Gymnosperms, Animal Cell, Bacteria, Cell Functions, Comparing Fish/Amphibians/ Reptiles, Comparing Vertebrate Hearts, Ferns, and More!
Readers won't have to disassemble their favorite toys to discover what makes them work. This book explores electric, magnetic, and motion-powered toys from design to function. It introduces readers to six simple machines and explains how they use force and motion to do work. Not every toy is a technological marvel. Readers learn about time-honored favorites including the rocking horse, Slinky, and rattles.
In Hula Hoops, early fluent readers explore the physics behind this popular spinning toy. Vibrant, full-color photos and carefully leveled text engage young readers as they explore how a hula hoop works. An infographic explores how a hoop's weight affects its spin, and an activity offers kids an opportunity to extend discovery. Children can learn more about hula hoops using our safe search engine that provides relevant, age-appropriate websites. Hula Hoops also features reading tips for teachers and parents, a table of contents, a glossary, and an index.
Simply describes the forces of friction and other physics concepts using common toys such as bicycles and yo-yos. Includes experiments.
Minecraft - it's a game that everyone knows. Either they play it now, used to play it, or know someone who plays it. It is the kind of game that inspires worlds. Markus Persson was a quiet kid in school. He didn't play sports or go on dates, but instead spent time learning how to write computer code. His talent created one of the most popular games in history. Find out why in this story about a young man who had a brand new idea.
The video game is fresh out of the packaging, but what happened before that to get that game into your hands? The Economics of a Video Game takes a fascinating look at the production process and financing of a video game. Various links in the economic chain include development of a prototype, pitching the game to a publisher for funding, development of the software by designers and programmers, testing, advertising, trade shows demonstrations, packaging, and distribution.
The world of gaming has changed a lot since the days of Pong and PacMan. Asking Questions about Video Games gives young readers a look at the technology behind today's games, the messages they send, and what they say about our values as a culture. Case studies prompt inquiry, further thinking, and close examination of specific issues. Additional text features and search tools, including a glossary and an index, help students locate information and learn new words.
Learn how to build snow forts with these fun activities.
Readers will learn what it takes to succeed as a video game designer. The book also explains the necessary educational steps, useful character traits, potential hazards, and daily job tasks related to this career. Sidebars include thought-provoking trivia. Questions in the backmatter ask for text-dependent analysis. Photos, a glossary, and additional resources are included.
