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This book full of simple science activities for kindergarten and first grade kids fits well into any curriculum or can be used for stand-alone activities in Sunday school, VBS, home school and more.
Here are 26 creative activities to engage students with insightful and intriguing science experiments! Correlated with Bible-in-Life and Echoes curricula for Units 1-12, this book is loaded with innovative ideas, as well as Scripture references and teacher tips. It provides great alternatives for Bible-in-Life Step Three activities. This handy resource fits well with any curriculum or can be used for stand-alone activities. Kids love a good slimy activity and things that go boom. So put on your lab coats and get ready to show 5- to 7-year-olds God’s amazing, awesome world! From electricity to basic chemistry, these simple science and nature explorations reinforce biblical truths. With every fizzle, pop, and gurgle these oozing, bubbling, sticky, yet teacher-friendly activities lead kids straight to the Ultimate Scientist—God! Each lesson includes Bible references, supply lists, teacher tips, and wrap-up questions. Designed as a David C Cook disciple-shaping resource, these exciting new Bible FunStuff books include 26 fully reproducible activities guaranteed to keep classrooms buzzing with creative fun.
"Provides step-by-step instructions for science projects using household materials and explains the science behind the experiments"--
What could be more entertaining than grossing out parents with a homemade batch of disgusting, runny slime? These 50 irresistible experiments, explained in terms that children will appreciate, show how enjoyable science can be. All the activities appear on colorful, illustrated spreads with an engaging cast of kid characters who show how the science fun is done. Most of the experiments use ordinary household materials, and they provide some cool visual and tactile effects.
These edible, ten-minute projects employ simple techniques, colorful fruits and vegetables, and more to create Bible lessons-and snacks! Use with curriculum or as a stand-alone activity book.
"We've all spent summers past blowing bubbles in the backyard. But the humble bubble (and its opposite, the droplet) are fascinating cornerstones of the world around us. This book, breathtaking in its scope, describes for a general reader (no math, no physics, no equations) the compelling behavior of these seemingly simple objects. Young reveals the secrets of successful springboard diving, whether knuckle cracking gives you arthritis, and why dolphins can't go faster. The realm of droplets allows our author to showcase why the sky is blue, how atom smashers work, and the rich source of science that is the kitchen faucet. He explores collections of bubbles--foams--and discusses the early years of Margaret Thatcher, how a metallic foam might save the planet, and the never-ending quest for the perfect pint. Then, by looking at soap films, he tells you how to construct a soapy computer, why coffee rings form, and exactly how a detergent gets dishes clean. Beyond these basics, Young shows how humans put bubbles to use, whether in technology (refining minerals, making concrete harder, or generating light) or in medicine (cleaning wounds with hydrogen peroxide, the debilitating process of the bends, and how pharmaceutical bubbles can make ultrasounds far clearer). This is more than a book that explains science. It is a love letter written to sing the praises of the bubble, and can be read by the bright middle schooler on upward"--
"Whether they are testing a new drug, creating new materials, or checking the safety of our food and water, all scientists follow the scientific method. One of the major steps in the scientific method is testing your hypothesis. That's when scientists hit the lab! This volume stresses the important of safety in the laboratory-whether it's a school science lab or the most high-tech research facility. It also examines the proper rules and procedures everyone must follow when working with chemicals in the lab. Fact boxes and full-color photographs support the clear, age-appropriate text"--
DIVAt-home science provides an environment for freedom, creativity and invention that is not always possible in a school setting. In your own kitchen, it’s simple, inexpensive, and fun to whip up a number of amazing science experiments using everyday ingredients./divDIV /divDIVScience can be as easy as baking. Hands-On Family: Kitchen Science Lab for Kids offers 52 fun science activities for families to do together. The experiments can be used as individual projects, for parties, or as educational activities groups./divDIV /divKitchen Science Lab for Kids will tempt families to cook up some physics, chemistry and biology in their own kitchens and back yards. Many of the experiments are safe enough for toddlers and exciting enough for older kids, so families can discover the joy of science together.
Combining academic and industrial viewpoints, this is the definitive stand-alone resource for researchers, students and industrialists. With the latest on foam research, test methods and real-world applications, it provides straightforward answers to why foaming occurs, how it can be avoided, and how different degrees of antifoaming can be achieved.
Winner of the 2015 James Beard Award for Best Beverage Book and the 2015 IACP Jane Grigson Award. A revolutionary approach to making better-looking, better-tasting drinks. In Dave Arnold’s world, the shape of an ice cube, the sugars and acids in an apple, and the bubbles in a bottle of champagne are all ingredients to be measured, tested, and tweaked. With Liquid Intelligence, the creative force at work in Booker & Dax, New York City’s high-tech bar, brings readers behind the counter and into the lab. There, Arnold and his collaborators investigate temperature, carbonation, sugar concentration, and acidity in search of ways to enhance classic cocktails and invent new ones that revolutionize your expectations about what a drink can look and taste like. Years of rigorous experimentation and study—botched attempts and inspired solutions—have yielded the recipes and techniques found in these pages. Featuring more than 120 recipes and nearly 450 color photographs, Liquid Intelligence begins with the simple—how ice forms and how to make crystal-clear cubes in your own freezer—and then progresses into advanced techniques like clarifying cloudy lime juice with enzymes, nitro-muddling fresh basil to prevent browning, and infusing vodka with coffee, orange, or peppercorns. Practical tips for preparing drinks by the pitcher, making homemade sodas, and building a specialized bar in your own home are exactly what drink enthusiasts need to know. For devotees seeking the cutting edge, chapters on liquid nitrogen, chitosan/gellan washing, and the applications of a centrifuge expand the boundaries of traditional cocktail craft. Arnold’s book is the beginning of a new method of making drinks, a problem-solving approach grounded in attentive observation and creative techniques. Readers will learn how to extract the sweet flavor of peppers without the spice, why bottling certain drinks beforehand beats shaking them at the bar, and why quinine powder and succinic acid lead to the perfect gin and tonic. Liquid Intelligence is about satisfying your curiosity and refining your technique, from red-hot pokers to the elegance of an old-fashioned. Whether you’re in search of astounding drinks or a one-of-a-kind journey into the next generation of cocktail making, Liquid Intelligence is the ultimate standard—one that no bartender or drink enthusiast should be without.