Page 889 - Advanced_Engineering_Mathematics o'neil
P. 889

Index    869


                                          defined, 676                              homogeneous linear system solutions
                                          differentiable, 679–680                      and, 306–308
                                          exponential, 684–688                     linear second-order equations for,
                                          integrals of, 695–700                        52–54
                                          inverse Laplace transform for,         Conformal mappings, 751–787, 800
                                              746–750                              angles preserved by, 754–755
                                          limits L, 677–678                        bilinear transformations, 758–763
                                          MAPLE commands for, 799–800              construction of, 765–775
                                          real integrals, evaluation of, 740–745   defined, 755
                                          residues (Res), 733–738, 746–750,        Dirichlet problem solutions using,
                                              799–800                                  776–779
                                          series representations of, 715–728       infinity, point at, 762–763
                                          singularities, 729–733                   inversion, 759–760
                                          trigonometric, 684–688                   magnification, 759
                                        Complex numbers, 669–693, 715–716          MAPLE commands for, 800
                                          argument, 672–673                        mapping defined, 751
                                          arithmetic of, 669–670                   one-to-one, 757–758
                                          bounded, 678                             orientation preserved by, 754–755
                                          Cauchy-Riemann equations, 680–684        plane fluid flow models, application
                                          complex functions and, 669–693               of, 779–786
                                          complex logarithms, 689                  properties of, 754–755
                                          complex plane, 670                       Riemann mapping theorem, 765–773
                                          conjugate, 671, 683–684                  rotation, 759
                                          continuous complex functions,            Schwarz-Christoffel transformation,
                                              678–679                                  773–775
                                          defined, 669                              stereographic projection, 762–763
                                          differentiable complex functions,        theorem for, 755–757
                                              679–680                              three point theorem for, 762–763
                                          exponential functions and, 684–688       translation, 758
                                          imaginary part, 669                    Conjugate, complex numbers, 671,
                                          inequality, 672                            683–684
                                          magnitude, 670–671                     Conservative vector fields, 380–387
                                          ordering, 673–675                      Consistent system, 220–221
                                          polar form, 672–673                    Constant coefficient case, 50–54
                                          power series and, 715–716                characteristic equations for, 51–54
                                          powers of, 690–692                       complex roots, 52–54
                                          pure, imaginary, 670                     real, distinct roots, 51
                                          real part, 669                           repeated roots, 51–52
                                          trigonometric functions and, 684–688   Constants, 61, 568, 573–575, 611–612,
                                        Complex roots, 52–54, 271–272,               615, 622–624
                                            306–308                                damping c, 61, 573–574
                                          defined, 52                               diffusivity k, 623–624
                                          eigenvalues (λ), 271–272, 306–308        Euler γ , 538




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