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 Alfred Baker - W. J. Gage
The principles of Analytical Geometry are developed in the first two chapters of this book. The remainder of the book is occupied in applying the principles and methods of Analytical Geometry to the straight line, circle, parabola, etc.
by F.S. Woods, F.H. Bailey - Ginn and Company
The first part of the book brings together all methods for the graphical representation of functions of one variable, and analytic geometry of two dimensions. The transition to the calculus is made early through the discussion of slope and area ...
by M. Briot, M. Bouquet - Werner school book company
This translation has been made with the hope that the high scientific character of Briot et Bouquets Legons de Geometric Analytique may contribute something toward the improvement of the standard of instruction in the elements of analytical geometry.