) Let B = {1,1+x, 2+x+x2) and D Pn is the set of polynomials of degree n). a) (1+x, 1-x) be bases of P, and P₁, respectively (recall Let H be the map from P₂ to P₁ given by the derivative operation: H(f) - Find the matrix representation of H with respect to the bases B and D. b) Let W be the subset of P₂ that is spanned by the vectors {1+x, 2+x+x²) and let A be the map from W to P₁ given by the derivative map. Prove or disprove: A is an isomorphism. c) Let U be the subset of P₂ that is spanned by the vectors {1,2+x+x2) and let B be the map from U to P₁ given by the derivative map. Prove or disprove: U is an isomorphism. d) Find a basis B' of W and a basis D' of P₁ such that the matrix representation of A is a diagonal matrix.
) Let B = {1,1+x, 2+x+x2) and D Pn is the set of polynomials of degree n). a) (1+x, 1-x) be bases of P, and P₁, respectively (recall Let H be the map from P₂ to P₁ given by the derivative operation: H(f) - Find the matrix representation of H with respect to the bases B and D. b) Let W be the subset of P₂ that is spanned by the vectors {1+x, 2+x+x²) and let A be the map from W to P₁ given by the derivative map. Prove or disprove: A is an isomorphism. c) Let U be the subset of P₂ that is spanned by the vectors {1,2+x+x2) and let B be the map from U to P₁ given by the derivative map. Prove or disprove: U is an isomorphism. d) Find a basis B' of W and a basis D' of P₁ such that the matrix representation of A is a diagonal matrix.
Elementary Linear Algebra (MindTap Course List)
8th Edition
ISBN:9781305658004
Author:Ron Larson
Publisher:Ron Larson
Chapter4: Vector Spaces
Section4.5: Basis And Dimension
Problem 69E: Find a basis for R2 that includes the vector (2,2).
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