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Fundamentals of differential equations and boundary value problems / R. Kent Nagle, Edward B. Saff, Arthur David Snider

By: Nagle, R. Kent.
Contributor(s): Saff, E. B, 1944- [(j.a.)] | Snider, Arthur David, 1940- [(j.a.)].
Publisher: Reading, Mass. : Addison-Wesley Longman, c2000Edition: 3rd ed.Description: xxii, 859 p. ; 24 cm.ISBN: 020133867X.Subject(s): Boundary value problems | Differential equationsDDC classification: 515.35
Contents:
Chapter 1. Introduction. - Chapter 2. First order differential equations. - Chapter 3. Mathematical models and numerical methods involving first order equations. - Chapter 4. Linear second order equations. - Chapter 5. Introduction to systems and phase plane analysis. - Chapter 6. Theory of higher-order linear differential equations. - Chapter 7. Laplace transforms. - Chapter 8. Series solutions of differential equations. - Chapter 9. Matrix methods for linear systems. - Chapter 10. Partial differential equations. - Chapter 11. Eigenvalue problems and sturm-liouville equations. - Chapter 12. Stability of autonomous systems. - Chapter 13. Existence and uniqueness theory. - Appendices. - Answers to odd-numbered problems. - Index.
Summary: Fundamentals of Differential Equations and Boundary Value Problems is designed to serve the needs of a one- or two-semester course in basic theory as well as applications of differential equations. - Preface.
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Accompanying Material (Media Resource) Taylor's Library-TU
515.35 NAG (Browse shelf) 1 Available SLASx,05000,03,GR 1000112134

TCSS : Copy is in hardcover binding (93630)

Chapter 1. Introduction. - Chapter 2. First order differential equations. - Chapter 3. Mathematical models and numerical methods involving first order equations. - Chapter 4. Linear second order equations. - Chapter 5. Introduction to systems and phase plane analysis. - Chapter 6. Theory of higher-order linear differential equations. - Chapter 7. Laplace transforms. - Chapter 8. Series solutions of differential equations. - Chapter 9. Matrix methods for linear systems. - Chapter 10. Partial differential equations. - Chapter 11. Eigenvalue problems and sturm-liouville equations. - Chapter 12. Stability of autonomous systems. - Chapter 13. Existence and uniqueness theory. - Appendices. - Answers to odd-numbered problems. - Index.

Fundamentals of Differential Equations and Boundary Value Problems is designed to serve the needs of a one- or two-semester course in basic theory as well as applications of differential equations. - Preface.

Accompanied by 1 computer laser optical disc (4 3/4 in.) : Interactive differential equations : 2000 release [by] Beverly West ... [et al.] ; Software designer: Hubert Hohn. ISBN 0201704390