In any scientific discipline, progress from the abstraction of con cepts to factual quantification is unavoidable. Within the many fields of present-day science, quantification is a reality that touches daily a large percentage of the population, whether individuals are involved with sciences and technologies directly in their occupa tional endeavors, or in the scholastic learning processes, or in their roles as consumers of products as well as recipients of services. With such a large spectrum of applications, the quantification of physical concepts requires a clear understanding of the funda mentals by a varied audience with different levels of education. For quite a few years I have felt the need for a publication that would explain the quantities used in the various sciences, especially in physics and technology, in simple terms, easily understood by a lay audience. I thought that such a work should include definitions of the units involved, their numerical values, the various systems in which they are incorporated, and a practical means of converting each unit into an equivalent one in a different system. Furthermore, to give a realistic context to the units, I thought that it would be beneficial to present them in the historical process in which they were conceived. Therefore, I have included biographical notes about those scientists whose names were used to name the units themselves.
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Hardback. Zustand: Very Good. xv + 333 pp. Ex-library. book. Bestandsnummer des Verkäufers 10650
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