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Introduction to ordinary differential equations / Stephen H. Saperstone

By:

Saperstone, Stephen H [author]

Material type: Text

TextPublication details: Pacific Grove, California : Brooks/Cole Publishing Company, c1998Description: xiv, 634 pages : color illustrationsISBN:

314058192

Subject(s):

DIFFERENTIAL EQUATIONS

LOC classification:

QA 372 .S224 1998

Summary: Integrated applications and models, along with graphical and numerical procedures motivate and explain mathematical techniques in this volume. Numerical methods are covered early in the course. Contents: 1. Introduction. 2. First-Order ODEs. 3. Geometry and Approximation of Solutions. 4. Linear Second-Order ODEs. 5. Additional Topics in Linear Seond-Order ODEs. 6. Laplace Transforms. 7. Series Solutions of Linear Second-Order ODEs. 8. Linear Two-Dimensional Systems of ODEs. 9. Nonlinear Two-Dimensional Systems of ODEs.

Item type:

Books

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Holdings
Item type	Current library	Home library	Collection	Call number	Copy number	Status	Date due	Barcode
Books	National University - Manila	LRC - Main General Circulation	General Education	GC QA 372 .S224 1998 (Browse shelf(Opens below))	c.1	Available		NULIB000005011

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Previous	GC QA 303 .L53 2009 Calculus with Applications /	GC QA 331 .P3 1976 Elements of complex variables /	GC QA 371 .B83 1988 2500 solved problems in differential equations /	GC QA 372 .S224 1998 Introduction to ordinary differential equations /	GC QA 402 .S28 2016 Systems analysis and design : in a changing world /	GC QA 404 .B76 1993 Fourier series and boundary value problems /	GC QA 531 .M69 2013 Schaum's outline trigonometry : with calculator-based solutions /	Next

Integrated applications and models, along with graphical and numerical procedures motivate and explain mathematical techniques in this volume. Numerical methods are covered early in the course. Contents: 1. Introduction. 2. First-Order ODEs. 3. Geometry and Approximation of Solutions. 4. Linear Second-Order ODEs. 5. Additional Topics in Linear Seond-Order ODEs. 6. Laplace Transforms. 7. Series Solutions of Linear Second-Order ODEs. 8. Linear Two-Dimensional Systems of ODEs. 9. Nonlinear Two-Dimensional Systems of ODEs.

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