Page 891 - Advanced_Engineering_Mathematics o'neil
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Index    871


                                          interior of, 374, 700–701                Cramer’s rule, 260–262
                                          Jordan curve theorem, 700–701            defined, 247–248
                                          line integrals and, 367–374              evaluation of, 252–258
                                          orientation of, 374–375                  matrix inverse and, 259–260
                                          path of, 375, 380–387, 699, 701–706      matrix tree theorem, 262–264
                                          piecewise smooth, 370–372                minor, 256
                                          simple, 368                              permutations (p), 247–248
                                          smooth, 392–393                          properties of, 249–251
                                          Stoke’s theorem for, 408–410             Vandermark’s, 258
                                          terminal point, 367
                                                                                   zero matrix elements and, 252–255
                                        Curvilinear coordinates, 414–423
                                                                                Diagonal matrices, 192, 277–283,
                                          coordinate surfaces, 415–416
                                                                                     314–315
                                          curl in, 421–423
                                                                                   defined, 192, 277–278
                                          cylindrical, 414, 418–419
                                                                                   diagonalization, 277–283, 314–315
                                          divergence and, 420–421
                                                                                   eigenvectors (E) used with, 279–283
                                          gradient field ϕ and, 420
                                                                                   main, 192, 277–278
                                          Laplacian in, 421–423
                                                                                   nonhomogeneous linear system
                                          orthogonal, 416
                                                                                       solution using, 314–315
                                          scale factors of, 417
                                                                                   off elements, 277–278
                                          singular point of, 416
                                                                                Differentiable complex function,
                                          spherical, 415–416, 419–420
                                                                                     679–680
                                          system of, 414
                                                                                Differential calculus, 345–366
                                        Cylinders, heat conduction in, 636–638
                                                                                   curl, 362–363, 365
                                        Cylindrical curvilinear coordinates, 414,
                                                                                   curvature κ(s), 349–354
                                            418–419
                                                                                   del operator ∇ for, 356–357, 362–363
                                                                                   divergence, 362–364
                                        D
                                                                                   gradient field ϕ, 356–361
                                        d’Alembert’s solution, wave motion and,
                                                                                   position vectors, 345–346
                                            594–601
                                                                                   streamlines, 354–356
                                        Damping constant (c), 61, 573–574
                                                                                   tangent vectors, 346–349
                                        Data fitting, least squares vectors and,
                                            232–236                                vector analysis using, 345–366
                                        Deformation theorem, 704, 711–712          vector fields, 354–356
                                        Del operator ∇, 356–357, 362–363, 641      vector functions of one variable,
                                          divergence use of, 362–363                   345–349
                                          gradient field ϕ use of, 356–657          velocity v, 349–354
                                          Laplace’s equation use of, 641         Differential equations, 1–144, 187–246,
                                        Dependence, see Linear dependence and        295–342, 506, 518–519, 563–666,
                                            independence                             791–793
                                        Derivatives, Laplace transform theorem     approximation solutions, 134–144
                                            of, 82                                 Bernoulli, 27–28
                                        Determinants, 247–265                      Bessel functions, 114–117
                                          cofactor expansion, 256–258              characteristic equations for, 51–54




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