Linear Algebra - Joshua

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Linear Algebra . Jim Hefferon Third edition Notation R, R+ , Rn real numbers, positive reals, n-tuples of reals N, C natural numbers {0, 1, 2, . . . }, complex numbers (a .. b), [a .. b] open interval, closed interval h. . .i sequence (a list in which order matters). hi,j row i and column j entry of matrix H. V, W, U vector spaces ~v, ~0, ~0V vector, zero vector, zero vector of a space V. Pn , Mn m space of degree n polynomials, n m matrices [S] span of a set hB, Di, , ~ ~ basis, basis vectors En = h~e1 , . . . , ~en i standard basis for Rn V= W isomorphic spaces M N direct sum of subspaces h, g homomorphisms ( Linear maps). t, s transformations ( Linear maps from a space to itself). RepB (~v), RepB,D (h) representation of a vector, a map Zn m or Z, In n or I zero matrix, identity matrix |T | determinant of the matrix R(h), N (h) range space, null space of the map R (h), N (h) generalized range space and null space Greek letters with pronounciation character name character name alpha AL-fuh nu NEW.

LINEAR ALGEBRA Jim Hefferon Third edition http://joshua.smcvt.edu/linearalgebra

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