Logo

A Brief Course in the Calculus

Large book cover: A Brief Course in the Calculus

A Brief Course in the Calculus
by

Publisher: D. Van Norstrand company
ISBN/ASIN: 1418182095
Number of pages: 298

Description:
This brief course in the Calculus is intended not only for the class-room, but for the student without a teacher, who hopes to acquire some knowledge of the working principles of the Calculus in a short time. The book presupposes some knowledge of Geometry, a working knowledge of Algebra through logarithms, and a thorough knowledge of the elements of Trigonometry.

Home page url

Download or read it online for free here:
Download link
(multiple formats)

Similar books

Book cover: Elementary Algebra and CalculusElementary Algebra and Calculus
by - Bookboon
This elementary book embodies a systematic and efficient teaching method that marries modern evidence-based pedagogical findings with ideas that can be traced back to such educational and mathematical giants as Socrates and Euler.
(5398 views)
Book cover: Sequences and Power Series: Guidelines for Solutions of ProblemsSequences and Power Series: Guidelines for Solutions of Problems
by - BookBoon
Guidelines for solutions of problems concerning sequences and power series. It is not an alternative textbook, but it can be a useful supplement to the ordinary textbooks. The text presupposes some knowledge of calculus of functions in one variable.
(9207 views)
Book cover: Calculus IICalculus II
by - Lamar University
These lecture notes should be accessible to anyone wanting to learn Calculus II or needing a refresher in some of the topics from the class. The notes assume a good knowledge of Calculus I topics including limits, derivatives and basic integration.
(12161 views)
Book cover: Calculus with Analytic GeometryCalculus with Analytic Geometry
by - W W Norton & Co Inc
Contents: Functions, Limits, and Derivatives; Conic Section; Integration; Logarithms and Exponential Functions; Trigonometric Functions; Techniques of Integration; The Definite Integral; Infinite Series; Geometry in the Plane; Differential Equations.
(4763 views)