Page 536 - Advanced Linear Algebra
P. 536

520    Index



            orthogonal complement, 212, 265   projection theorem, 220, 334
            orthogonal direct sum, 212, 269   projection, 73
            orthogonal geometry, 260          projective dimension, 438
            orthogonal group, 271             projective geometry, 438
            orthogonal resolution of the identity, 232  projective line, 438
            orthogonal set, 212               projective plane, 438
            orthogonal similarity classes, 242  projective point, 438
            orthogonal spectral resolution, 237  proper subspace, 37
            orthogonal transformation, 271    properly divides, 27
            orthogonal, 75, 212, 231, 238, 265  pseudobasis, 472
            orthogonality conditions, 480     pure in, 161
            orthogonally diagonalizable, 233
            orthogonally equivalent, 242      q-binomial coefficients, 506
            orthogonally similar, 242         quadratic form, 239, 264
            orthonormal basis, 218            quaternions, 463
            orthonormal set, 212              quotient algebra, 455
                                              quotient field, 24
            parallel, 427                     quotient module, 118
            parallelogram law, 208, 325       quotient ring, 22
            parity, 391                       quotient space, 87, 89
            Parseval's identity, 221, 346
            partial order, 10                 radical, 266
            partially ordered set, 10         range, 6
            partition, 7                      rank, 53, 61, 129, 369
            permutation, 391                  rank plus nullity theorem, 63
            Pincherle derivative, 503         rational canonical form, 176–179
            plane, 427                        real operator, 59
            point, 427                        real part, 54
            polar decomposition, 253          real vector space, 36
            polarization identities, 209      real version, 53
            posets, 10                        recurrence formula, 501
            positive definite, 205, 250, 301  reduce, 169
            positive square root, 251         reduced row echelon form, 3, 4
            power of the continuum, 16        reflection, 244, 292
            power set, 13                     reflexivity, 7, 10
            primary, 147                      relatively prime, 5, 27
            primary cyclic decomposition theorem, 153, 168 representation, 457
            primary decomposition theorem, 147  resolution of the identity, 76
            primary decomposition, 147, 168   restriction, 6
            prime subfield, 97                retract, 122
            prime, 26                         retraction map, 122
            primitive, 465                    Riesz map, 222
            principal ideal domain, 24        Riesz representation theorem, 222, 268, 351
            principal ideal, 24               Riesz vector, 222
            product, 15                       right inverse, 122, 470
            projection modulo, 89             right singular vectors, 445
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