Get to grips with the glorious world of goop and gunk, from pus, snot, and mucus to mud, snail slime, and sticky plants, in this compendium of gunk. If you've ever wondered how much snot you make, or how spider silk is made, this is the ebook for you. Full of strange but true science, this ebook explores all manner of gunge, sludge, ooze, and goo! The Science of Goo! is here to give you a new appreciation of the weird and wonderful world of gooey matter, in all its many kinds and wherever it shows up. Fun CGI illustrations and stunning photography will bring goo to life alongside fun trivia and scientific explanations to make you an expert in all things sludgy. Did you know that sea cucumbers can vomit their sticky insides when threatened, yet still survive? Let The Science of Goo! be your one-stop shop for everything gooey.
Get to grips with the glorious world of goop and gunk, from pus, snot, and mucus to mud, snail slime, and sticky plants, in this compendium of gunk. If you've ever wondered how much snot you make, or how spider silk is made, this is the book for you. Full of strange but true science, The Science of Goo! explores all manner of gunge, sludge, ooze, and goo! Awesome CGI illustrations and stunning photography will show goo in all its glory, while fun trivia and scientific explanations will make you an expert in all things sludgy. For example, did you know that sea cucumbers can vomit their sticky insides when threatened, yet still survive? The Science of Goo! is here to give you a new appreciation of the weird and wonderful world of gooey matter, in all its many kinds and wherever it shows up.
A fantastic aid for coursework, homework, and test revision, this is the ultimate study guide to biology. From reproduction to respiration and from enzymes to ecosystems, every topic is fully illustrated to support the information, make the facts clear, and bring biology to life. For key ideas, “How it works” and “Look closer” boxes explain the theory with the help of simple graphics. And for revision, a handy “Key facts” box provides a summary you can check back on later. With clear, concise coverage of all the core biology topics, SuperSimple Biology is the perfect accessible guide for students, supporting classwork, and making studying for exams the easiest it’s ever been.
Presents twenty activities that test the scientific properties of elements of popular children's books, including creating slime, shaking cream into butter, and constructing an air balloon.
"The science of goo! Get ready to get gunked in the ultimate guide to goo. Explore the science behind all things mucky and messy, from slimy snot and slippery saliva to snail secretions and sticky super glue. Smell the stinky stench of spore-filled slime on the devil's fingers fungus. Meet the spawning superstar that lays 20,000 eggs, all protected by wiggly jelly. See the gross gunk inside pimples, that's packed with sticky sebum, dead skin cells, and bacteria." --
What happens when you mix different substances? In this STEAM title, you'll answer this question and others when you make goo, foam, and other slimy stuff. This title supports NGSS for Matter and Its Interactions.
STEM! You’ve probably heard of it by now: Science, Technology, Engineering, and Math. STEM programming took the library world by storm in 2013, and is still going strong today. Don’t let this trendy programming theme fool you, though - STEM skills are more than just a fad; they are essential. With the constant evolution in both our communities and in technology, libraries will need to make sure they stay STEM-literate in the face of these changes, so they can help their communities thrive. This book will show new and exciting examples of how libraries are implementing STEM education. You’ll also learn how to start or improve your own STEM programming with little or no budget, even if you’re not a scientist or mathematician. Special features include: STEAM programs: What’s in the “A”? Are libraries doing this already? Real examples of current and successful STEM programs created by librarians. Clear, concise instructions for incorporating STEM skills into your regular series, one-off, or outreach programming for all budget ranges and age groups. Breaking down barriers – providing STEM programs for underserved populations such as newcomers and young girls. Engaging your community to make the most out of possible STEM based partnerships and resources. Pop culture program samples -- learn how pop culture STEM programs aim to include more than just your self-proclaimed budding scientists in their appeal, and ideally inspire a wider range of children to imagine what their own STEM-skilled futures might look like. This magical mix of exciting, trendy and educational programs will have a wide range of kids saying “Mom, you have to take me to the library!”.
“One of the most exciting developments from the world of ideas in decades, presented with panache by two frighteningly brilliant, endearingly unpretentious, and endlessly creative young scientists.” – Steven Pinker, author of The Better Angels of Our Nature Our society has gone from writing snippets of information by hand to generating a vast flood of 1s and 0s that record almost every aspect of our lives: who we know, what we do, where we go, what we buy, and who we love. This year, the world will generate 5 zettabytes of data. (That’s a five with twenty-one zeros after it.) Big data is revolutionizing the sciences, transforming the humanities, and renegotiating the boundary between industry and the ivory tower. What is emerging is a new way of understanding our world, our past, and possibly, our future. In Uncharted, Erez Aiden and Jean-Baptiste Michel tell the story of how they tapped into this sea of information to create a new kind of telescope: a tool that, instead of uncovering the motions of distant stars, charts trends in human history across the centuries. By teaming up with Google, they were able to analyze the text of millions of books. The result was a new field of research and a scientific tool, the Google Ngram Viewer, so groundbreaking that its public release made the front page of The New York Times, The Wall Street Journal, and The Boston Globe, and so addictive that Mother Jones called it “the greatest timewaster in the history of the internet.” Using this scope, Aiden and Michel—and millions of users worldwide—are beginning to see answers to a dizzying array of once intractable questions. How quickly does technology spread? Do we talk less about God today? When did people start “having sex” instead of “making love”? At what age do the most famous people become famous? How fast does grammar change? Which writers had their works most effectively censored by the Nazis? When did the spelling “donut” start replacing the venerable “doughnut”? Can we predict the future of human history? Who is better known—Bill Clinton or the rutabaga? All over the world, new scopes are popping up, using big data to quantify the human experience at the grandest scales possible. Yet dangers lurk in this ocean of 1s and 0s—threats to privacy and the specter of ubiquitous government surveillance. Aiden and Michel take readers on a voyage through these uncharted waters.
Theology and the Scientific Imagination is a pioneering work of intellectual history that transformed our understanding of the relationship between Christian theology and the development of science. Distinguished scholar Amos Funkenstein explores the metaphysical foundations of modern science and shows how, by the 1600s, theological and scientific thinking had become almost one. Major figures like Descartes, Leibniz, Newton, and others developed an unprecedented secular theology whose debt to medieval and scholastic thought shaped the trajectory of the scientific revolution. The book ends with Funkenstein’s influential analysis of the seventeenth century’s “unprecedented fusion” of scientific and religious language. Featuring a new foreword, Theology and the Scientific Imagination is a pathbreaking and classic work that remains a fundamental resource for historians and philosophers of science.
With Sheet Pan Science, contain the mess and let the fun overflow with 25 safe, easy physics, biology, and chemistry projects. Each project in the book contains simple instructions, easy-to-understand science explanations, and step-by-step photographic guides. While a stovetop or freezer may occasionally be required, most steps of the experiments can be performed directly on a rimmed baking sheet. Messy play is important for young learners. Mixing colors, creating bubbly chemical reactions, and playing with goo are visual and tactile experiences that create strong memory pathways. In addition to allowing kids to explore and hone problem-solving skills, science experimentation encourages curiosity and engages a sense of wonder. A sheet pan and a few simple ingredients will instantly transform any kitchen countertop into a laboratory bench filled with fizzy fun. The projects in Sheet Pan Science cater to a wide range of interests. While some kids love getting their hands into cornstarch goo, others will enjoy creating colorful tie-dye milk. Using a lemon, aspiring geologists can test rock collections to see whether they contain limestone. Art lovers may gravitate towards fabric dying and leaf prints, while budding chefs can play with edible experiments. Ice Globe create a colorful explosion of carbon dioxide gas foaming from hollow frozen spheres. Engage your child with hours of science fun and learning.
