Course of Analytical Geometry
by Ruslan Sharipov
Publisher: UFA 2011
Number of pages: 226
This book is a regular textbook of analytical geometry covering vector algebra and its applications to describing straight lines, planes, and quadrics in two and three dimensions. The stress is made on vector algebra by using skew-angular coordinates and by introducing some notations and prerequisites for understanding tensors. The book is addressed to students specializing in mathematics, physics, engineering, and technologies.
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by L. P. Siceloff, G. Wentworth, D. E. Smith - Ginn and Company
Contents: Geometric Magnitudes; Loci and their Equations; The Straight Line; The Circle; Transformation of Coordinates; The Parabola; The Ellipse; The Hyperbola; Conics in General; Polar Coordinates; Higher Plane Curves; Point, Plane, and Line; etc.
by Frederick S. Woods - Ginn & Co.
This book aims to present some of the general concepts and methods which are necessary for advanced work in algebraic geometry, and thus to bridge the gap between the usual text in analytic geometry and treatises or articles on special topics.
by E.W. Nichols - Leach, Shewell & Sanborn
This textbook is designed for Colleges, Universities, and Technical Schools. The aim of the author has been to prepare a work for beginners, and at the same time to make it sufficiently comprehensive for the requirements of an undergraduate course.
by W. F. Osgood, W. C. Graustein - Macmillan and co.
The object of an elementary college course in Analytic Geometry is is to acquaint the student with new and important geometrical material, and to provide him with powerful tools for the study of geometry and pure mathematics, physics and engineering.