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As the car anticipates its dance around the racetrack, the engine growls and pops, and all senses become immersed in the smell of exhaust vapors and the sounds of raw speed and excitement. As it turns out, these also are the sights, sounds, and smells of chemistry! The car is a great example of an everyday device with an abundance of chemistry hiding in plain sight. In fact, almost everything in a car can be described from a chemical perspective. Understanding Chemistry through Cars guides novice chemists and car enthusiasts in learning basic chemical principles in an engaging context. It also supports upper-level chemists in synthesizing knowledge gained over a chemistry curriculum and seeing how it can manifest in the real world. This book provides an overview of chemistry in relation to cars. Various topics are discussed including the ideal gas law, materials chemistry, thermochemistry, solution chemistry, mass transport, polymerization, light/matter interactions, and oxidation and reduction. The book incorporates expected learning outcomes at the beginning of each section, detailed and easy-to-follow example problems, appendices reviewing basic chemical topics, suggestions on how to use the resource in upper-level courses. Ancillary materials, such as a Twitter account and an associated blog, allow readers to explore the latest in the world of car chemistry, ask questions, and interact directly with the authors and other experts.
Written for students taking either the University of Cambridge Advanced Level examinations or the International Baccalaureate examinations, this guidebook covers essential topics and concepts under both stipulated chemistry syllabi. The book is written in such a way as to guide the reader through the understanding and applications of essential chemical concepts using the problem solving approach. The authors have also retained the popular discourse feature from their previous two books — Understanding Advanced Physical Inorganic Chemistry and Understanding Advanced Organic and Analytical Chemistry — to help learners better understand and see for themselves how the concepts should be applied to solve problems. Based on the Socratic Method, questions are implanted throughout the book to help facilitate the reader's development in forming logical conclusions of concepts and the way they are being applied to explain the problems. In addition, the authors have also included important summaries and concept maps to help learners recall, remember, reinforce and apply the fundamental chemical concepts in a simple way. Request Inspection Copy
The Psychology of the Car explores automotive cultures through the lens of psychology with the goal of achieving a low-carbon transport future. Worldwide there are now more than one billion cars, and their number grows continuously. Yet there is growing evidence that humanity needs to reach ‘peak cars’ as increased air pollution, noise, accidents, and climate change support a decline in car usage. While many governments agree, the car remains attractive, and endeavors to change transport systems have faced fierce resistance. Based on insights from a wide range of transport behaviors, The Psychology of the Car shows the “why of automotive cultures, providing new perspectives essential for understanding its attractiveness and for defining a more desirable transport future. The Psychology of the Car illustrates the growth of global car use over time and its effect on urban transport systems and the global environment. It looks at the adoption of the car into lifestyles, the “mobilities turn, and how the car impacts collective and personal identities. The book examines car drivers themselves; their personalities, preferences, and personality disorders relevant to driving. The book looks at the role power, control, dominance, speed, and gender play, as well as the interrelationship between personal freedom and law enforcement. The book explores risk-taking behaviors as accidental death is a central element of car driving. The book addresses how interventions can be successful as well as which interventions are unlikely to work, and concludes with how a more sustainable transport future can be created based on emerging transport trends. Features deep analyses of individual and collective psychologies of car affection, moving beyond sociology-based interpretations of automobile culture Illustrates concepts using popular culture examples that expose ideas about automobility Shows how fewer, smaller and more environmentally friendly cars, as well as low-carbon transport modes, are more socially attractive
Black powder, the world's first chemical explosive, was originally developed during the Tang dynasty in China.It was a crude mixture at first, but over time chemists discovered the optimum proportion of sulfur, charcoal, and nitrates, as well as the best way to mix them for a complete and powerful reaction. Author and chemistry buff Simon Quellen Field takes readers on a decades-long journey through the history of things that go boom, from the early days of black powder to today's modern plastic explosives. Not just the who, when, and why, but also the how. How did Chinese alchemists come to create black powder? What accidents led to the discovery of high explosives? How do explosives actually work on a molecular scale? Boom! The Chemistry and History of Explosives reviews the original papers and patents written by the chemists who invented them, to shed light on their development, to explore the consequences of their use for good and ill, and to give the reader a basic understanding of the chemistry that makes them possible.
The physical environment; Chemical elements; Chemical compounds and chemical reactions; Chemical elements in the environment; Energy and the environment; Nuclear energy; Gases; Air pollution; Water and solutions; Water in the environment; Water pollution; Organic chemistry; The chemistry of life: biochemistry; Chemistry: Health, medicine, and drugs; People, agriculture, and food.

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