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The Machinery of the Universe Mechanical Conceptions of Physical Phenomena   By: (1837-1910)

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In "The Machinery of the Universe Mechanical Conceptions of Physical Phenomena," Amos E. Dolbear presents an engaging exploration of mechanical conceptions in understanding the physical phenomena that shape our universe. Spanning a wide range of topics including optics, electricity, and magnetism, Dolbear offers readers a comprehensive journey through the intricate workings of nature.

One of the highlights of this book is Dolbear's ability to convey complex scientific theories with remarkable clarity. Through his meticulous explanations and vivid examples, he succeeds in unveiling the intricate mechanisms that govern the fundamental forces of our world. Dolbear strikes a delicate balance between technical expertise and accessibility, making this book an invaluable resource for both experts in the field and those with a general interest in understanding the inner workings of the universe.

The author's enthusiasm for his subject matter is unmistakable, and this passion emanates from the pages, drawing readers in and inspiring a sense of curiosity. Dolbear's persuasive arguments for utilizing mechanical explanations in understanding natural phenomena are well-documented, and he skillfully counters opposing viewpoints, presenting compelling evidence for his own theories.

Moreover, Dolbear's inclusion of historical context provides a deeper understanding of the evolution of scientific thought. By exploring the contributions of significant figures in the field, such as Kepler and Newton, he provides readers with a comprehensive view of the intellectual journey leading up to his own theories. This historical perspective contributes to a more nuanced understanding of the subject matter and demonstrates the continuous progression of scientific knowledge over time.

One minor limitation of this book is that it assumes a certain level of familiarity with scientific concepts. While Dolbear's explanations are generally accessible, readers without a strong background in physics may find certain sections challenging to grasp fully. However, this does not detract significantly from the overall quality of the book, as Dolbear's engaging writing style compensates for any potential difficulties.

Overall, "The Machinery of the Universe Mechanical Conceptions of Physical Phenomena" is a captivating and thought-provoking read. Amos E. Dolbear's meticulous explanations, passionate tone, and inclusion of historical context combine to create a comprehensive exploration of mechanical conceptions in understanding the wonders of the universe. With its blend of accessible language, captivating examples, and historical insights, this book holds immense value for anyone eager to delve into the fascinating world of scientific exploration.

First Page:

THE ROMANCE OF SCIENCE

THE MACHINERY OF THE UNIVERSE

MECHANICAL CONCEPTIONS OF PHYSICAL PHENOMENA

BY A. E. DOLBEAR, A.B., A.M., M.E., PH.D.

PROFESSOR OF PHYSICS AND ASTRONOMY, TUFTS COLLEGE, MASS.

PUBLISHED UNDER GENERAL LITERATURE COMMITTEE.

LONDON: SOCIETY FOR PROMOTING CHRISTIAN KNOWLEDGE, NORTHUMBERLAND AVENUE, W.C.; 43, QUEEN VICTORIA STREET, E.C.

BRIGHTON: 129, NORTH STREET.

NEW YORK: E. & J. B. YOUNG & CO.

1897.

PREFACE

For thirty years or more the expressions "Correlation of the Physical Forces" and "The Conservation of Energy" have been common, yet few persons have taken the necessary pains to think out clearly what mechanical changes take place when one form of energy is transformed into another.

Since Tyndall gave us his book called Heat as a Mode of Motion neither lecturers nor text books have attempted to explain how all phenomena are the necessary outcome of the various forms of motion. In general, phenomena have been attributed to forces a metaphysical term, which explains nothing and is merely a stop gap, and is really not at all needful in these days, seeing that transformable modes of motion, easily perceived and understood, may be substituted in all cases for forces.

In December 1895 the author gave a lecture before the Franklin Institute of Philadelphia, on "Mechanical Conceptions of Electrical Phenomena," in which he undertook to make clear what happens when electrical phenomena appear... Continue reading book >>




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