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This excellent primer and classic work on the topic of soap bubbles and films employs simple experiments to establish a practical basis for the existence and function of surface tension and energy minimization. Experiments require only soap, straws, and bits of rubber to impart profound fundamental concepts related to fluids. 83 illustrations. 1911 edition.
This highly popular and long-running series has been revamped for a new generation of readers, with a clean, crisp redesign and colorful covers. The series explores questions that young readers ask about the world around them in an unrivalled child-friendly style. The conversational format is perfect for delivering solid information in a natural, amusing and imaginative way. Designed both to entertain and to inform, I Wonder Why Soap Makes Bubbles by Barbara Taylor answers all of those tricky questions about science in everyday life and how the world works. Starting with understanding the world around you with questions such as "what makes cakes rise?" and "Why does a teaspoon get hot when you stir cocoa?" to understanding the natural world with questions such as "why do shadows happen?" and "Why is the grass green?"Combining incredible information with awesome artwork, it is guaranteed to amaze and inspire!
"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"--
Reproduction of the original: Soap-Bubbles by C.V Boys
Reproduction of the original: Soap-Bubble by C.V Boys
Bubbles What are bubbles made of? Why are they always round? Read and find out about the science behind soap bubbles, and learn why bubbles always go POP!
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.
Why do rivers meander? How do you make a glass sing? What laws govern the shape of drops and bubbles? What happens when we cook a roast? All of these questions, and many more, are answered in this book.A true invitation to wonder about aspects of our daily lives, this book investigates the physics that underlies these observations. The authors relate this to the most recent advances in the discipline, and even provide an introduction to the mysteries of quantum mechanics and superconductivity, while detailing the countless resulting applications, from MRI to quantum cryptography.In each chapter, the reader will discover the innumerable facets of a kaleidoscope of phenomena where ground-breaking results, rewarded by Nobel Prizes, are presented side by side with seemingly insignificant experiments.
Superb treatment of molecular and macroscopic properties of soap films and bubbles, emphasizing solutions of physical problems. Over 120 black-and-white illustrations, 41 color photographs.