You might not know there was once a world without bike helmets, seatbelts, and airbags. This title looks at major innovations in safety over the years, and the ingenious inventors, scientists, and engineers who made them. These amazing individuals have saved countless lives by identifying safety hazards in everyday situations, and inventing devices that keep people from getting hurt. With a little inventive thinking, what might you create to help protect people and even save lives?
You might be shocked to discover how some illnesses and diseases were treated years before medical innovations were made. This book will make you feel lucky that you were born after many safe and successful ways were developed to treat illnesses and save lives. Learn about important innovations made in health care that we now take for granted, and the amazing scientists, inventors, and engineers who developed them. With a little inventive thinking, how could you come up with a way to keep you and your family healthy?
Imagine a street filled with horses and buggies, or the skies without airplanes! You might not realize that, before vehicles, it used to take days—even weeks—to visit friends or family! This title looks at major innovations in transportation over the years, and the ingenious inventors, scientists, and engineers who made them. With a little inventive thinking, what might you create to help us change the way we travel?
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.
This book offers a fun path to learning with activities that help children develop skills such as concentration, deeper analytical abilities, and improved thought processing. Children will love the engaging art, music, nature, writing, and “maker” activities, which encourage critical thinking and problem solving skills, cooperation, communication, and creativity.
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.
Can't find a job on Earth? This inspiring book looks at the possibilities of industry and commerce in space. Amazing artwork illustrates the scientific possibilities of mining asteroids and moons, setting up factories in space, designing new products for zero gravity, and even starring in your own reality show in space!
How adventurous are you? This exciting book takes us beyond our comfort zone and examines what it might be like to live a lifetime in space. This forward-looking book takes readers from current technology to what innovations in technology are being pursued to support living for years beyond Earth. Amazing artwork illustrates the scientific possibilities of living on the Moon, Mars, or Venus, transportation systems for "sleeper" passengers, rotating megastructures to simulate gravity, and even modifying humans to suit space environments.
Want a vacation in space but don't have a million dollars to spare? With space tourism now a reality, this awesome book looks at the possibilities of more affordable flights for tourists to space in the not-too-distant future. Amazing artwork illustrates the scientific possibilities of which planets we could visit, the construction of spaceports and expandable hotels, and traveling by space elevator .
Take a trip to tomorrow! With so many countries and private companies now heading into space, exploration will go farther than we ever dreamed possible. This adventurous book looks at current tools for space exploration and where future innovations in technology might be able to take us. Amazing artwork illustrates the scientific possibilities of sending human crews beyond the Moon, drilling on Europa, sending a nano-probe to TRAPPIST-1, and probing the dark reaches beyond Neptune.
We all know the limits of our own bodies. That's what makes these unusual examples so incredible. Readers will be amazed by these mysteries of the human body—feats of strength, spontaneous combustion, human hibernation, sleepwalking, firewalkers, human pincushions, colored sweat, skin-shredding, human magnets, and feral, or wild, children.
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.
This informative book offers an introduction to the basics of maps and their different uses. A brief chronological history of maps and mapping gives readers an understanding of how maps have evolved over time. Readers will discover that advances in technologies have changed the format of maps from flat outlines to digital 3-D images with pop-up information in augmented reality.
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.
In this amazing title, readers will explore the possibilities new developments in technology are opening up for making maps. Mapmakers are using satellite data to map the locations of people and objects on Earth, making video maps using the Internet to show wind and weather systems, and creating specialized maps that show human behavior. Computer game technology, such as Minecraft, is even being used to map real places.
This interesting title shows readers how the creation of maps depends a lot on the individual perception of the mapmaker. Readers will explore how mapping strategies can be used to organize and channel ideas and to inspire creativity.
Readers will learn how using modern mapping technologies can help us plan for the future. This includes being able to see what the effect human activity will have on the environment, where major settlements will be in the future, and how we can improve personal transportation and travel. Readers will also be introduced to the various challenges mapmakers still face today, including mapping the seabed and the far reaches of the universe.
This fascinating book looks at modern methods of mapping that allow us to show and evaluate human behavior and interactions, as well as the impact humans have on the environment. Examples of mapping human activity include such areas of interest as crime, accidents, busy city streets, travel, or the spread of disease.
Over the last 50 years, satellite technology has given us vast amounts of information. Readers will learn how mapmakers use this information to accurately map Earth’s physical features and reveal the impact of human activity on the planet. This book also explores how satellites can be used to map the past by revealing ancient ruins hidden underground, as well as map the surfaces of the Moon and other planets in space.
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.
Amaze your friends and family with awesome experiments that let you see what happens when you combine materials, mix ingredients, and play with forces. From gooey slime to “exploding” toothpaste, this cool title walks readers through simple, low-preparation and more complex science experiments to get creativity flowing. Step-by-step photos and fact boxes support readers and bring the experiments to life.
Budding scientists will love learning about the properties of forces and motion by planning and carrying out investigations that explore concepts including friction, speed, and gravity.
Budding scientists will love learning about the properties of sound by planning and carrying out investigations that explore how the energy form is affected by material density, pitch, and distance.
Budding scientists will love learning about the properties of heat by planning and carrying out investigations that explore how the energy form can be measured, conducted, and transferred.
