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This book is an English translation of the first textbook on Analytic Geometry, written in Latin by the Dutch statesman and mathematician Jan de Witt soon after Descartes invented the subject. De Witt (1625-1672) is best known for his work in actuarial mathematics ("Calculation of the Values of Annuities as Proportions of the Rents") and for his contributions to analytic geometry, including the focus-directrix definition of conics and the use of the discriminant to distinguish among them. In addition to the translation and annotations, this volume contains an introduction and commentary, including a discussion of the role of conics in Greek mathematics.
In Printing Spinoza Jeroen van de Ven systematically examines all seventeenth-century printed editions of Spinoza’s writings, published between 1663 and 1694, as well as their variant ‘issues’. In focus are Spinoza’s 1663 adumbration of René Descartes’s ‘Principles of Philosophy’ with his own ‘Metaphysical Thoughts’, the ‘Theological-Political Treatise’ (1670), and the posthumous writings (1677), including the famously-known ‘Ethics’. Van de Ven’s descriptive bibliography studies, contextualizes, and records all aspects of the publication history of Spinoza’s writings from manuscript to print and assesses their immediate reception. It discusses the printed books’ codicology, philology, typographical and textual relationships, illustration programmes, as well as their dissemination in early Enlightenment Europe, in view of the physical aspects of 1,246 extant copies and their provenance.
A biography of Holland's 'philosopher-king', the 'Grand Pensionary' John de Witt (1625-72).
Lists for 19 include the Mathematical Association of America, and 1955- also the Society for Industrial and Applied Mathematics.
Lists for 19 include the Mathematical Association of America, and 1955- also the Society for Industrial and Applied Mathematics.
Lists for 19 include the Mathematical Association of America, and 1955- also the Society for Industrial and Applied Mathematics.
This textbook was designed for a first course in differential and integral calculus, and is directed toward students in engineering, the sciences, mathematics, and computer science. Its major goal is to bring students to a level of technical competence and intuitive understanding of calculus that is adequate for applying the subject to real world problems. The text contains major sections on: (1) linear functions and derivatives; (2) computing derivatives; (3) applications of derivatives; (4) integrals; and (5) infinite series. The activities contained within these chapters are designed so that students can first study the exercise set and the solutions. Next, the students are asked to make modifications to the original problem, solve it, and move on to the variations. The appendices include math tables, additional reading and exercises, solutions, and hints to the exercises. (TW)