Elements of the Differential and Integral Calculus
by William Anthony Granville
Publisher: Ginn 1911
ISBN/ASIN: 140670069X
Number of pages: 493
Description:
in this revised edition of Granville's "Calculus" the latest and best methods are exhibited,—methods that have stood the test of actual classroom work. Those features of the first edition which contributed so much to its usefulness and popularity have been retained. The introductory matter has been cut down somewhat in order to get down to the real business of the Calculus sooner. As this is designed essentially for a drill book, the pedagogic principle that each result should be made intuitionally as well as analytically evident to the student has been kept constantly in mind.
Download or read it online for free here:
Download link
(multiple formats)
Similar books
Introduction to the Elementary Functionsby Raymond Benedict McClenon - Ginn and company
The book covers some parts of plane trigonometry and analytic geometry, followed by an introduction to the differential calculus, including differentiation of simpler algebraic functions and applications to problems of rates and maxima and minima.
(14083 views)
Relationships, Change and Mathematical Analysisby Roy McWeeny - Learning Development Institute
This book deals with the mathematics we need in describing the relationships among the quantities we measure in Physics. This leads us into the study of relationships and change, the starting point for Mathematical Analysis and the Calculus.
(8451 views)
Calculusby H.W. March, H.C. Wolff - McGraw-Hill
Calculus for technical students. Integration with the determination of the constant of integration, and the definite integral as the limit of a sum, are given following the differentiation of algebraic functions and before transcendental functions.
(9234 views)
Calculus Refresherby Paul Garrett
A short text covering introductory calculus topics: functions, limits, derivatives, critical points, minimization and maximization, l’Hospital’s rule, higher derivatives, integration, area and definite integrals, numerical integration, etc.
(18595 views)