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Electricity Books
Best books
Michael Faraday
Experimental Researches in Electricity, Volume 1
"Experimental Researches in Electricity, Volume 1" by Michael Faraday is a scientific publication written in the early to mid-19th century. This comprehensive work compiles a series of experimental studies detailing the principles and phenomena related to electricity, particularly focusing on the induction of electric currents and their relationship with magnetism. At the start of the volume, Faraday provides a preface explaining the motivation behind collating his research papers from the "Philosophical Transactions" over several years, noting the original discoveries and corrections in the field of electricity. He outlines the experimental methods utilized in his studies, such as the construction of helices and the effects of electric currents on the galvanometer. The opening portion reveals Faraday's meticulous approach to conducting these experiments, as he discusses observations about the induction of electric currents and the unexpected results that challenge existing theories, while setting the stage for further exploration of the nature of electricity and magnetism in subsequent sections of the book.
W. H. (William Henry) McCormick
Electricity
"Electricity" by W. H. McCormick is a scientific publication written in the early 20th century. The book serves as a comprehensive exploration of the science of electricity, tracing its historical development from ancient times to modern applications. It covers essential concepts related to static and dynamic electricity, electromagnetic phenomena, and various devices that utilize electricity, making it a valuable resource for anyone interested in the field. The opening of the book delves into the historical context of electricity, starting with early understandings revolving around natural phenomena like thunderstorms. It discusses ancient myths related to lightning and progresses to the foundational experiments of Greek philosophers, particularly the discovery of static electricity through amber. The narrative emphasizes significant figures, such as Dr. Gilbert, who laid the groundwork for the scientific study of electricity, and sets the stage for upcoming chapters that will cover various electrical phenomena, machines, and applications in depth.
Thomas M. (Thomas Matthew) St. John
Things a Boy Should Know About Electricity Second Edition
"Things A Boy Should Know About Electricity" by Thomas M. St. John is an educational manual written in the early 20th century. The work serves as a guide for young readers, particularly boys, with a focus on explaining the fundamental concepts of electricity through simple language and practical experiments. Topics covered in the book include static electricity, magnets, and various electrical phenomena, making it ideal for novices interested in the subject. The opening of the book introduces readers to the fascinating world of frictional or static electricity through relatable experiments, such as generating sparks by shuffling feet on a carpet or rubbing a cat’s fur. St. John emphasizes the historical context of static electricity, explaining how it has been studied for thousands of years, while introducing basic terms like conductors and insulators. The engaging approach aims to captivate the reader's interest and provide a foundation for understanding more complex electrical concepts that will be explored in subsequent chapters.
Wm. H. (William Henry) Meadowcroft
A-B-C of Electricity
"A-B-C of Electricity" by William H. Meadowcroft is a scientific publication written in the early 20th century. This book serves as an introductory guide to the principles of electricity, aimed primarily at young people and adults seeking to grasp the basics of electrical concepts and inventions that have significant commercial relevance. It covers a range of topics, including electromagnetism, electric light, and telecommunication, providing readers with foundational knowledge to encourage further study in the field. The opening of the text sets the stage for understanding electricity's impact on modern conveniences and technology. It begins by emphasizing the importance of learning about electricity, citing practical devices such as the telegraph, telephone, and electric light. Meadowcroft discusses basic electricity concepts using simple analogies, such as comparing electrical pressure to water pressure, and introducing crucial terms like volt, ampere, and ohm. His aim is to demystify technical jargon and make the subject accessible, thereby igniting curiosity about the workings of electrical systems and the innovations that have arisen from this essential scientific discipline.
Elisha Gray
Electricity and Magnetism
"Electricity and Magnetism" by Elisha Gray is a scientific publication likely written in the late 19th century. The book aims to explore the concepts of electricity and magnetism, delving into their historical development and practical applications. Gray, who spent years studying electricity, intends to make the complex topic accessible to a general audience, encouraging further interest in the natural sciences. The opening of the book introduces the author's intentions and sets the stage for a historical overview of electricity. Gray acknowledges the challenges in explaining the phenomena of electricity despite years of research and notes the importance of understanding historical contributions to the field. He hopes to inspire readers by highlighting significant advancements, such as Franklin's kite experiment and Volta's invention of the galvanic battery, while expressing a desire to demystify these concepts for those without scientific backgrounds. This introductory passage reflects Gray's aim to provide an engaging overview of electricity and magnetism, grounded in both practical relevance and historical context.
John Munro
The Story of Electricity
"The Story of Electricity" by John Munro is a scientific publication written in the early 20th century. This work aims to present the fundamental principles of electrical science to a general audience, detailing the various sources and applications of electricity that have developed chiefly in the 19th century. Munro explores topics like frictional and chemical electricity, magnetism, and the technological implications of electricity in communication and power generation. At the start of the book, Munro establishes the significance of understanding electricity, indicating its vital role in the modern world. He begins with simple experiments, such as the electrification of wax, to introduce concepts of static electricity. The initial chapters recount the historical development of electrical phenomena, referencing ancient knowledge of amber and leading into the contributions of early scientists like Dr. Gilbert and Otto von Guericke. This foundation sets the stage for further exploration of electrical applications, touching on devices like the Leyden jar and the inventor's own reflections toward the modern uses of electricity in various facets of life.
Charles R. (Charles Robert) Gibson
The Autobiography of an Electron Wherein the Scientific Ideas of the Present Time Are Explained in an Interesting and Novel Fashion
"The Autobiography of an Electron" by Charles R. Gibson is a scientific publication written in the early 20th century. This unique work takes an engaging approach to explain complex scientific concepts by narrating the experiences of an electron, presenting it as a character that interacts with human experiments and the natural world. The book aims to demystify modern science, making it accessible to the general reader through a whimsical and relatable storytelling format. The opening of this publication introduces the electron as a real and ingenious particle of negative electricity, explaining its role in understanding concepts such as light, color, magnetism, and chemical actions. The electron observes humanity's gradual recognition of its presence and contributions, recounting early experiments that mistakenly attributed the effects of static electricity solely to materials rather than the electrons themselves. This captivating narrative sets the stage for a detailed exploration of the electron's experiences, emphasizing its integral part in the workings of matter and energy that influence everyday life and scientific progress.
Maynard Shipley
Principles of electricity
"Principles of Electricity" by Maynard Shipley is a scientific publication written during the early 20th century. This book aims to explain the fundamental principles of electricity and magnetism, exploring concepts from basic definitions to the relationships between various electrical phenomena and their historical context. In the book, Shipley begins with a clear definition of electricity and its nature as a form of energy. He discusses the historical perspectives of early philosophers and scientists like Thales and Faraday, tracing the development of theories relating to electricity and magnetism. Key concepts covered include electrostatics, magnetic phenomena, and the pioneering experiments that led to the advancement of wireless telegraphy, ultimately explaining how electricity functions and its various applications. The text also delves into the contributions made to electromagnetic theory by notable figures from history while addressing contemporary understanding—and ongoing questions—about the nature of electricity.
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