MDS 515.352
Wording: Natural sciences & mathematics Mathematics Analysis Differential calculus and equations Differental equations Not set
Dewmoji: π¬βΞ£???
0 Computer science, information & general works 252,013 βΉοΈ | 1 Philosophy & psychology 270,129 🧠 | 2 Religion 681,242 π | 3 Society, government, & culture 1,328,382 π« | 4 Language 209,883 π¬ | 5 Natural sciences & mathematics 431,918 π¬ | 6 Applied science & technology 940,635 π‘ | 7 Arts & recreation 1,031,850 π¨ | 8 Literature & rhetoric 1,436,736 π | 9 History & geography 837,760 πΊοΈ |
50 Science 35,266 🥼 | 51 Mathematics 82,055 β | 52 Astronomy 25,356 π | 53 Physics 44,008 π | 54 Chemistry 28,260 βοΈ | 55 Earth sciences; geology 36,663 π | 56 Fossils & Dinosaurs 11,038 π | 57 Biology 55,751 𧬠| 58 Plants (Botany) 26,824 πΏ | 59 Animals 86,697 πΌ |
510 Mathematics / Graphs 22,359 β | 511 General principles of mathematics 6,064 π | 512 Algebra 9,891 + | 513 Arithmetic 6,819 π’ | 514 Topology 2,470 π© | 515 Analysis 11,784 Ξ£ | 516 Geometry 6,280 β« | 517 [Formerly: Calculus] 1,410 | 518 Numerical analysis 1,027 π» | 519 Probabilities and applied mathematics 13,950 π |
515.0 Analysis 421 | 515.1 Analysis and Calculus 233 | 515.2 General aspects 736 | 515.3 Differential calculus and equations 3,381 | 515.4 Integral calculus and equations 543 | 515.5 Special Functions 238 | 515.6 Other Methods 587 | 515.7 Functional Analysis 1,802 | 515.8 Real variable 296 | 515.9 Complex Analysis 791 i |
515.30 | 515.31 | 515.32 1 | 515.33 Differential Calculus 71 | 515.34 | 515.35 Differental equations 2,653 | 515.36 7 | 515.37 14 | 515.38 9 | 515.39 255 |
515.350 21 | 515.351 | 515.352 390 | 515.353 Partial differential equations 1,179 | 515.354 Linear differential equations 37 | 515.355 91 | 515.356 | 515.357 40 | 515.358 | 515.359 |
515.3520 5 | 515.3521 | 515.3522 | 515.3523 | 515.3524 | 515.3525 | 515.3526 | 515.3527 | 515.3528 | 515.3529 |
Selected Works under MDS 515.352 (390)
366 items
- Ordinary Differential Equations by V. I. Arnold
- Introduction to Ordinary Differential Equations by Shepley L. Ross
- An Introduction to Chaotic Dynamical Systems by Robert L. Devaney
- A First Course in Chaotic Dynamical Systems: Theory and Experiment by Robert L. Devaney
- An Introduction to Ordinary Differential Equations by James C. Robinson
- Understanding Nonlinear Dynamics by Daniel Kaplan
- An Introduction to Dynamical Systems by D. K. Arrowsmith
- Introduction to the Modern Theory of Dynamical Systems by Anatole Katok
- Nonlinear Ordinary Differential Equations: An Introduction for Scientists and Engineers. 4th edition by Dominic Jordan
- Hill's Equation by Wilhelm Magnus
- Ordinary Differential Equations by Philip Hartman
- Ordinary Differential Equations by Wolfgang Walter
- Complex and Adaptive Dynamical Systems: A Primer (Springer: Complexity) by Claudius Gros
- Numerical Methods for Ordinary Differential Equations by J. C. Butcher
- An Introduction to Ordinary Differential Equations by Ravi P. Agarwal
- Ordinary differential equations by Walter Leighton
- The theory of ordinary differential equations by J. C. Burkill
- Solving Ordinary Differential Equations II: Stiff and Differential-Algebraic Problems by Ernst Hairer
- Ordinary Differential Equations and Dynamical Systems by Gerald Teschl
- Introduction to ordinary differential equations by Albert L. Rabenstein
Related Tags
"Far Friends"
MDS classes with significant recommendations overlap, excluding ones under the same top-level class.
None
Wording
| 1922 Edition |
| Modern Language |
| Emoji |