Originally published in 1926, this textbook was aimed at first-year undergraduates studying physics and chemistry, to help them become acquainted with the concepts and processes of differentiation and integration. Notably, a prominence is given to inequalities and more specifically to inequations, as reflected in the syllabus and general practice of the time. The book is divided into four parts: 'Number', 'Logarithms', 'Functions' and 'Differential and integral calculus'. Appendices are included as well as biographical notes on the mathematicians mentioned and an index of symbols. A self-contained and systematic introduction on mathematical analysis, this book provides an excellent overview of the essential mathematical theorems and will be of great value to scholars of the history of education.
A comprehensive guide to mathematical analysis, including key concepts such as limits and derivatives. Suitable for students at both the undergraduate and graduate level.This work has been selected...
This book provides an introduction to the principles of quantitative chemical analysis. Percy Norton Evans covers the basics of chemical reactions, equilibria, and titrations. This book is an...
This introductory course on quantitative analysis covers the basic principles of chemical analysis and analytical techniques, with a special emphasis on learning how to perform calculations and use...