1. Ordinary differential equations [1992]
- Book
- 334 p. : ill. ; 24 cm.
This book puts a clear emphasis on the qualitative and geometric properties of ordinary differential equations and their solutions, helping the student to get a feel for the subject. The text is rich with examples and connections with mechanics and proceeds with physical reasoning, using it as a convenient shorthand for much longer formal mathematical reasoning. 272 illustrations.
(source: Nielsen Book Data)9780387548135 20160527
There are dozens of books on ODEs, but none with the elegantgeometric insight of Arnol'd's book.Arnol'd puts a clear emphasis on the qualitative andgeometric properties of ODEs and their solutions, ratherthan on theroutine presentation of algorithms for solvingspecial classes of equations.Of course, the reader learnshow to solve equations, but with much more understandingof the systems, the solutions and the techniques.Vector fields and one-parameter groups of transformationscome right from the startand Arnol'd uses this "language"throughout the book. This fundamental difference from thestandard presentation allows him to explain some of the realmathematics of ODEs in a very understandable way and withouthidingthe substance.The text is also rich with examples and connections withmechanics. Where possible, Arnol'd proceeds by physicalreasoning, using it as a convenient shorthand for muchlonger formal mathematical reasoning. This technique helpsthe student get a feel for the subject.Following Arnol'd's guiding geometric and qualitativeprinciples, there are 272 figures in the book, but not asingle complicated formula. Also, the text is peppered withhistoricalremarks, which put the material in context, showing how the ideas have developped since Newton andLeibniz.This book is an excellent text for a course whose goal is amathematical treatment of differential equations and therelated physical systems.
(source: Nielsen Book Data)9783540548133 20160527
(source: Nielsen Book Data)9780387548135 20160527
There are dozens of books on ODEs, but none with the elegantgeometric insight of Arnol'd's book.Arnol'd puts a clear emphasis on the qualitative andgeometric properties of ODEs and their solutions, ratherthan on theroutine presentation of algorithms for solvingspecial classes of equations.Of course, the reader learnshow to solve equations, but with much more understandingof the systems, the solutions and the techniques.Vector fields and one-parameter groups of transformationscome right from the startand Arnol'd uses this "language"throughout the book. This fundamental difference from thestandard presentation allows him to explain some of the realmathematics of ODEs in a very understandable way and withouthidingthe substance.The text is also rich with examples and connections withmechanics. Where possible, Arnol'd proceeds by physicalreasoning, using it as a convenient shorthand for muchlonger formal mathematical reasoning. This technique helpsthe student get a feel for the subject.Following Arnol'd's guiding geometric and qualitativeprinciples, there are 272 figures in the book, but not asingle complicated formula. Also, the text is peppered withhistoricalremarks, which put the material in context, showing how the ideas have developped since Newton andLeibniz.This book is an excellent text for a course whose goal is amathematical treatment of differential equations and therelated physical systems.
(source: Nielsen Book Data)9783540548133 20160527
This book puts a clear emphasis on the qualitative and geometric properties of ordinary differential equations and their solutions, helping the student to get a feel for the subject. The text is rich with examples and connections with mechanics and proceeds with physical reasoning, using it as a convenient shorthand for much longer formal mathematical reasoning. 272 illustrations.
(source: Nielsen Book Data)9780387548135 20160527
There are dozens of books on ODEs, but none with the elegantgeometric insight of Arnol'd's book.Arnol'd puts a clear emphasis on the qualitative andgeometric properties of ODEs and their solutions, ratherthan on theroutine presentation of algorithms for solvingspecial classes of equations.Of course, the reader learnshow to solve equations, but with much more understandingof the systems, the solutions and the techniques.Vector fields and one-parameter groups of transformationscome right from the startand Arnol'd uses this "language"throughout the book. This fundamental difference from thestandard presentation allows him to explain some of the realmathematics of ODEs in a very understandable way and withouthidingthe substance.The text is also rich with examples and connections withmechanics. Where possible, Arnol'd proceeds by physicalreasoning, using it as a convenient shorthand for muchlonger formal mathematical reasoning. This technique helpsthe student get a feel for the subject.Following Arnol'd's guiding geometric and qualitativeprinciples, there are 272 figures in the book, but not asingle complicated formula. Also, the text is peppered withhistoricalremarks, which put the material in context, showing how the ideas have developped since Newton andLeibniz.This book is an excellent text for a course whose goal is amathematical treatment of differential equations and therelated physical systems.
(source: Nielsen Book Data)9783540548133 20160527
(source: Nielsen Book Data)9780387548135 20160527
There are dozens of books on ODEs, but none with the elegantgeometric insight of Arnol'd's book.Arnol'd puts a clear emphasis on the qualitative andgeometric properties of ODEs and their solutions, ratherthan on theroutine presentation of algorithms for solvingspecial classes of equations.Of course, the reader learnshow to solve equations, but with much more understandingof the systems, the solutions and the techniques.Vector fields and one-parameter groups of transformationscome right from the startand Arnol'd uses this "language"throughout the book. This fundamental difference from thestandard presentation allows him to explain some of the realmathematics of ODEs in a very understandable way and withouthidingthe substance.The text is also rich with examples and connections withmechanics. Where possible, Arnol'd proceeds by physicalreasoning, using it as a convenient shorthand for muchlonger formal mathematical reasoning. This technique helpsthe student get a feel for the subject.Following Arnol'd's guiding geometric and qualitativeprinciples, there are 272 figures in the book, but not asingle complicated formula. Also, the text is peppered withhistoricalremarks, which put the material in context, showing how the ideas have developped since Newton andLeibniz.This book is an excellent text for a course whose goal is amathematical treatment of differential equations and therelated physical systems.
(source: Nielsen Book Data)9783540548133 20160527
Science Library (Li and Ma)
Science Library (Li and Ma) | Status |
---|---|
Stacks | |
QA372 .A713 1992 | Unknown On reserve at Li and Ma Science Library 2-hour loan |
MATH-63CM-01
- Course
- MATH-63CM-01 -- Modern Mathematics: Continuous Methods
- Instructor(s)
- Luk, Jonathan Wing-hong