Elementary Differential and Integral Calculus
Originally published in 1936, this book was written with the intention of preparing candidates for the Higher Certificate Examinations. The text was created to bridge the gap between introductions to differential and integral calculus and advanced textbooks on the subject. This volume will be of value to anyone with an interest in differential and integral calculus, mathematics and the history of education.
1135303878
Elementary Differential and Integral Calculus
Originally published in 1936, this book was written with the intention of preparing candidates for the Higher Certificate Examinations. The text was created to bridge the gap between introductions to differential and integral calculus and advanced textbooks on the subject. This volume will be of value to anyone with an interest in differential and integral calculus, mathematics and the history of education.
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Elementary Differential and Integral Calculus

Elementary Differential and Integral Calculus

by G. Lewingdon Parsons
Elementary Differential and Integral Calculus

Elementary Differential and Integral Calculus

by G. Lewingdon Parsons

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Overview

Originally published in 1936, this book was written with the intention of preparing candidates for the Higher Certificate Examinations. The text was created to bridge the gap between introductions to differential and integral calculus and advanced textbooks on the subject. This volume will be of value to anyone with an interest in differential and integral calculus, mathematics and the history of education.

Product Details

ISBN-13: 9781316612699
Publisher: Cambridge University Press
Publication date: 07/28/2016
Pages: 378
Product dimensions: 5.00(w) x 7.01(h) x 0.91(d)

Table of Contents

Preface; Historical sketch; 1. Preliminary ideas; 2. The process of differentiation; 3. General rules and standard forms; 4. Maxima and minima; 5. Application to geometry of curves; 6. The expansion of a function as an infinite series; 7. Miscellaneous applications to algebra, trigonometry and mechanics; 8. Curvature of plane curves; 9. Envelopes and associated loci; 10. Simple curve tracing; 11. Rectilinear asymptotes; 12. Partial differentiation; Miscellaneous examples; Appendix. Newton's approximation; Answers to examples; Index.
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