This manual covers Exploring University Mathematics, Volume 3, authored by Mary Bradburn, G. T. Kneebone, and M. R. Hoare, published by Pergamon. This comprehensive text delves into pure and applied mathematics, exploring the intricate connections between mathematics and physics. It begins with an examination of mapping concepts and progresses to the theory of inflatable structures in two-dimensional studies, as well as the logical foundations of mathematics as a deductive science. Furthermore, the volume details the applications of Taylor's formula in areas such as integration, function approximation, root finding, and differential equation solutions suitable for computational methods.
The purpose of this manual is to provide students, mathematicians, teachers, and research workers with in-depth knowledge of advanced mathematical concepts. It is structured into seven chapters, offering detailed explanations and discussions on topics ranging from fundamental mathematical principles to complex applications. This resource is intended to be a valuable tool for those pursuing a degree in mathematics or engaging in mathematical research and education, facilitating a deeper understanding and application of the subject matter.
Exploring University Mathematics, Volume 3 provides information pertinent to pure and applied mathematics. This book discusses the close relationship between mathematics and physics.
Organized into seven chapters, this volume begins with an overview of the concept of mapping in mathematics, which provides a correspondence between elements of one set with elements of another. This text then examines the theory of inflatable structures in the study of the hovercrafs in two dimensions. Other chapters consider the explicit investigation of logic by mathematicians whereby mathematics has been conceived as pre-eminently a deductive science. This book discusses as well how Taylor's formula is used in various aspects, including integration, approximating functions, finding roots of algebraic equations, and solving differential equations in forms suitable for computer calculations.
This book is intended to be suitable for students on a degree course in mathematics. Mathematicians, teachers, and research workers will also find this book extremely useful.
Author: Bradburn, Mary
Author: Kneebone, G. T.
Author: Hoare, M. R.
Publisher: Pergamon
Illustration: n
Language: ENG
Title: Exploring University Mathematics: Lectures Given at Bedford College, London
Pages: 00130 (Encrypted PDF)
On Sale: 2016-06-06
SKU-13/ISBN: 9780080129020
Category: Mathematics : Applied
Category: Mathematics : Differential Equations - General
Exploring University Mathematics, Volume 3 provides information pertinent to pure and applied mathematics. This book discusses the close relationship between mathematics and physics.
Organized into seven chapters, this volume begins with an overview of the concept of mapping in mathematics, which provides a correspondence between elements of one set with elements of another. This text then examines the theory of inflatable structures in the study of the hovercrafs in two dimensions. Other chapters consider the explicit investigation of logic by mathematicians whereby mathematics has been conceived as pre-eminently a deductive science. This book discusses as well how Taylor's formula is used in various aspects, including integration, approximating functions, finding roots of algebraic equations, and solving differential equations in forms suitable for computer calculations.
This book is intended to be suitable for students on a degree course in mathematics. Mathematicians, teachers, and research workers will also find this book extremely useful.
Author: Bradburn, Mary
Author: Kneebone, G. T.
Author: Hoare, M. R.
Publisher: Pergamon
Illustration: n
Language: ENG
Title: Exploring University Mathematics: Lectures Given at Bedford College, London
Pages: 00130 (Encrypted PDF)
On Sale: 2016-06-06
SKU-13/ISBN: 9780080129020
Category: Mathematics : Applied
Category: Mathematics : Differential Equations - General
