Bargain BinAfrican-American History M......American History, American......American IndiansAntiquesArchitectureArtArt Activity PacksBrain GamesBestsellersBooks Under $10Bridge and Other Card Game......Business and EconomicsCalla EditionsChessChildrenCivil War BooksClip Art and Design on CD-......Clip Art in Books (Pictori......Coloring BooksCookbooks, NutritionCraftsCreative HomeownerDesignWorksDetective, Ghost , Superna......Dover Discovery KitsDover Fun KitsDover Pocket PuzzlesEmpower Your LifeEthnic InterestFeaturesGift CertificatesGift IdeasGoing GreenHistory, Political Science......HolidaysHumorI Can Draw SetsLanguages and LinguisticsLiteratureMagic, LegerdemainMilitary History, Weapons ......MusicNASA Historical SeriesNatureOccult and Esoteric Studie......OrigamiPaper DollsPerforming Arts, Drama, Fi......Philosophy and ReligionPhotographyPostersPrincess LeonoraPsychology, EducationPuzzles, Amusement, Recrea......REA - Research & Education......Science and MathematicsSesame StreetShakespeare ShopSociology, Anthropology, M......SpaceSports, Out-of-Door Activi......Stained Glass Coloring Fun......Stained Glass Coloring Kit......Stationery, Seasonal Books......Teacher's StoreTravel and AdventureWomen's StudiesEditors' PicksMcCain & Obama Paper Dolls......WoodworkingSaturday Saver

Differential Equations: Geometric Theory by Solomon Lefschetz ISBN: 0486446492 Dover Publications Price: $65.00 click here to see this book Written by a celebrated mathematician and teacher, this text investigates nonlinear differential equations of the second order. Geared toward upper-level undergraduates and graduate students, it opens with an extensive overview of the classical literature and covers point stability, periodic solutions, structural stability, and much more. 1957 edition. Table of Contents for Differential Equations: Geometric Theory 1. Preliminary Questions 2. Existence Theorems. General Properties of the Solutions 3. Linear Systems 4. Stability 5. The Differential Equation 6. The Differential Equation 7. The Differential Equation 8. Periodic Systems and Their Stability 9. Two-dimensional Systems: Simple Critical Points. The Index. Behavior at Infinity. 10. Two-dimensional Systems (continued) 11. Differential Equations of the Second Order 12. Oscillations in Systems of the Second Order. Methods of Approximation Appendix I. Complement on Matrices Appendix II. Some Topological Complements

Join the Dover Family | Track Your Order | Your Account | Shipping Rates and Policies | Returns | Customer Service | Free Samples | About Dover | Privacy Notice | Terms of Use | Join Our Staff | Free Catalogs