About Us

Math shortcuts, Articles, worksheets, Exam tips, Question, Answers, FSc, BSc, MSc

More about us

Keep Connect with Us

  • =

Login to Your Account

A Course of Pure Geometry: Properties of the Conic Sections by E.H. Askwith




A Course of Pure Geometry: Conic Sections - Table of Contents

1. Some Properties of the Triangle 2. Some Properties of Circle 3. The Use of Signs, Concurrence and Collinearity 4. Projection 5. Cross Ratios 6. PEESPECTIVE 7. HARMONIC SECTION 8. INVOLUTION 9. THE CONIC SECTIONS 10. PEOPEBTIES COMMON TO ALL CONICS 11. THE PARABOLA 12. THE ELLIPSE 13. THE HYPERBOLA 14. THE EECTANGULAR HYPEEBOLA 15. OllTHOGONAL PEOJECTION 16. CROSS-EATIO PEOPEETIES OF CONICS P {ABCD) constant 17. EECIPEOCATION 18. CmCULAE POINTS. FOCI OF CONICS 19. INVERSION 20. SIMILARITY OF FIGURES

What You Will Learn in A Course of Pure Geometry: Conic Sections

"A Course of Pure Geometry: Properties of the Conic Sections" by "E.H. Askwith" is a timeless textbook that explores the beauty and logic of "pure geometry". Written in the early 20th century, it provides a complete study of "conic sections" the ellipse, parabola, and hyperbola, using geometric reasoning instead of algebra or coordinate methods. The book focuses on developing a strong understanding of geometric principles through clear definitions, logical proofs, and classical constructions. Askwith avoids analytical shortcuts, guiding readers to see how each property of a conic can be derived purely from geometry. This approach makes it an excellent resource for advanced students, teachers, and enthusiasts who want to deepen their grasp of mathematical logic and structure. With its elegant explanations and rigorous treatment, the book remains relevant for anyone studying higher geometry or projective geometry. It highlights the harmony between logic and visualization, encouraging readers to think deeply about shapes, relationships, and proofs. "A Course of Pure Geometry" stands as a cornerstone of traditional mathematical education, perfect for those who value precision, reasoning, and the timeless art of geometric thought.

Book Details & Specifications

Title: A Course of Pure Geometry: Properties of the Conic Sections by E.H. Askwith
Publisher: Cambridge University Press
Year: 1917
Pages: 411
Type: PDF
Language: English
ISBN-10 #: N\A
ISBN-13 #: N\A
License: N\A
Amazon: Amazon

About the Author: E.H. Askwith

The author E.H. Askwith was a British mathematician, he worked as Chaplain at Trinity College, Cambridge, and wrote several important books on geometry. His books explain hard math ideas in a clear and easy way. Many students and teachers still use his work today.


Free Non-Euclidean Geometry Books PDF | Hyperbolic & Elliptic Math

Non-Euclidean Plane Geometry & Trigonometry - Carslaw | PDF
Download Non-Euclidean Plane Geometry and Trigonometry by Horatio Carslaw. Learn hyperbolic geometry, elliptic spaces, trigonometry formulas.
Researchers on Curves of the Second Order - Hearn | PDF
Download Hearn’s Researches on Curves of the Second Order, a 19th-century analytic geometry textbook for students and scholars.
The Foundations of Geometry - David Hilbert | PDF
Hilbert’s The Foundations of Geometry, introducing axiomatic methods and Euclidean foundations, essential for students, teachers, and math researchers
Non-Euclidean Geometry - Julian Coolidge | Free PDF Download
Get The Elements of Non-Euclidean Geometry by Julian Lowell Coolidge. Explore hyperbolic geometry, elliptic geometry, and differential metrics.
A Course of Pure Geometry - E.H. Askwith | PDF
Study the ellipse, parabola, and hyperbola with Askwith’s classic A Course of Pure Geometry, a deep dive into geometric proofs and reasoning.

Mathematics Book Categories

Algebra & Precalculus
Basic Algebra
High School Algebra
Higher Algebra
Precalculus
Trigonometry
Algebra & Trigonometry
Calculus
Calculus with Analytical Geometry
Single Variable Calculus
Differential Calculus
Integral Calculus
Multivariable Calculus
Advanced Calculus
Calculus of Variation
Linear Algebra
Linear Algebra (Introduction)
Matrix Algebra
Discrete Mathematics
Probability & Statistics
Statistical Inference
Probability & Stochastic
Statistical Learning
Bayesian Statistics
Applied Statistics
Mathematical Analysis
Real Analysis
Complex Analysis
Fourier Analysis
Functional Analysis
Abstract Algebra
Number Theory
Applied Mathematics
Mathematical Methods
Differential Equations
Computational Mathematics
Numerical Analysis
Mathematical Modeling
Mathematical Physics
Engineering Mathematics
History of Mathematics

.