Everyday doctors perform artificial limb replacements that were unheard of only a few years ago. They continue to make advances that improve people's lives. Using artificial limbs as an example, this book challenges kids to think about innovation and how anything is possible.
Video games have come a long way since Atari launched Pong back in 1971. The Innovation Library helps expose students to the important concept of innovation. With the pace of change in the video game industry, even the youngest student has seen the impact of innovation on games that they enjoy.
In 1920, the first collegiate football game was broadcast on radio. Today, many sports actually allow viewers to control which camera picture they see. How has this innovation occurred? This book uses a familiar topic, sports broadcasting, to introduce kids to the concept of innovation and its impact on their everyday life
Television has been commercially available since the late 1930's. But today's television is very different from the TV our grandparents knew. Using a product that kids are familiar with, television, this book introduces kids to the concept of innovation and its impact on their everyday life.
Radio has been commercially available since the late 1800's. But today's radio is has evolved greatly over the last 200 years. What factors drove this evolution? Using a product that kids are familiar with, radio, this book introduces kids to the concept of innovation and its impact on their everyday life.
Photography is so much a part of life today that the average person my encounter more than 1,000 camera images a day. Cameras are now integrated with cell phones, digital images can be sent instantly to almost anywhere in the world. How is this possible? Innovation! This book helps students understand the role innovation has played in the development of the camera.
Kids have always loved movies. But the way they make, access, buy, and listen to movies has changed radically over the years. What has driven this change? Innovation! This book uses Movies to get students to think critically about the impact of innovation.
Somewhere along the way, something happened to give art that crucial kick that gave life to still images: motion. The art of animation, both hand-drawn and computer-animated, has a long and rich history spanning nearly a century of experimentation and innovation. This book helps students understand the role innovation has played in the development of animation industry.
Kids have always loved music. But the way they make, access, buy, and listen to music has changed radically over the years. What has driven this change? Innovation! This book uses music to get students to think critically about the impact of innovation.
Great Ideas of the Renaissance surveys the major advances that were made in art, architecture, sculpture, science, medicine, transportation, and culture. Merchants, monarchs, and religious leaders all promoted and encouraged creativity, and artists, scientists, and great thinkers pushed back the frontiers of philosophy, the arts, mathematics, and technology.
A time of questions and new ways of thinking marked the scientific world during the Renaissance. Follow along as the greatest minds of the time make enormous leaps and bounds toward enlightened thinking. Learn how the role of a scientist evolved. See the efforts made to increase man's understanding of the natural universe.
Describes the requirements, education, and duties associated with becoming a Virtual Reality Specialist Includes profiles of prominent pioneers in the industry.
This book uses math and science to help students learn about Islands. Math challenge questions provide students with the opportunity to apply math skills as they learn about the characteristics of islands.
This book uses math and science to help students learn about mountains. Math challenge questions provide students with the opportunity to apply math skills as they learn about the characteristics of mountains.
What happens to the environment when a hurricane occurs? What are some of the causes of hurricanes? What can people do about the problems caused by hurricanes? How can you use your math skills to learn more about hurricanes? Read this book to find the answers to these questions and learn more about hurricanes..
What happens to the environment when a flood occurs? What are some of the causes of floods? What can people do about the problems caused by floods? How can you use your math skills to learn more about floods? Read this book to find the answers to these questions and learn more about floods.
What happens to the environment when a tornado occurs? What are some of the causes of tornadoes? What can people do to protect themselves from tornadoes? How can you use your math skills to learn more about tornadoes? Read this book to find the answers to these questions and learn more about tornadoes.
What happens to the environment when a tsunamis occurs? What are some of the causes of tsunamis? What can people do about the problems caused by tsunamis? How can you use your math skills to learn more about tsunamis? Read this book to find the answers to these questions and learn more about tsunamis..
What happens to the environment when a volcanic eruption occurs? What are some of the caused by volcanic activity? What can people do about the problems caused by volcanic eruptions? How can you use your math skills to learn more about volcanic eruptions? Read this book to find the answers to these questions and learn more about volcanic eruptions.
This book discusses the science behind bridge collapses and their effects. The chapters examine historical bridge collapses, explain how bridges are designed and built, and show how scientists and engineers are working to prevent future collapses. Diagrams, charts, and photos provide opportunities to evaluate and understand the scientific concepts involved.
This book discusses the science behind plane crashes. The chapters examine the worst plane crashes in history, explain how aircraft fail, and show how scientists and engineers are designing safer aircraft. Diagrams, charts, and photos provide opportunities to evaluate and understand the scientific concepts involved.
This book discusses the science behind earthquakes and their effects. The chapters examine notable earthquakes in history, explain why earthquakes occur, and show how scientists and engineers are working to understand earthquakes and build damage-resistant structures. Diagrams, charts, and photos provide opportunities to evaluate and understand the scientific concepts involved.
This book discusses the science behind oil spills and their effects. The chapters examine history's worst oil spills, explain how oil spills happen, and show how scientists are developing safer ways to collect and transport oil. Diagrams, charts, and photos provide opportunities to evaluate and understand the scientific concepts involved.
This title provides information on Coal as a source of energy. It highlights the positives and negatives of coal and discusses clean coal technology.
Discover how technicians create the stunning special effects in your favorite movies.
