In R' we define the inner product (., .) that is given by the formula (x, y) = 521y1 + 2x2y2 + *3Y3. Let X be the subspace of R' that is spanned by the basis S = {u = [1 8 – 36], v = [1 6 – 26 ]}. The basis of orthogonal completement of S on R3 is |-0.8 , 1] 2.5 (the last compornent equals 1) The distance from z = [1 3 -4] to X is dist(z, X) 1.7129

In R' we define the inner product (., .) that is given by the formula (x, y) = 521y1 + 2x2y2 + *3Y3. Let X be the subspace of R' that is spanned by the basis S = {u = [1 8 – 36], v = [1 6 – 26 ]}. The basis of orthogonal completement of S on R3 is |-0.8 , 1] 2.5 (the last compornent equals 1) The distance from z = [1 3 -4] to X is dist(z, X) 1.7129

Advanced Engineering Mathematics

10th Edition

ISBN:9780470458365

Author:Erwin Kreyszig

Publisher:Erwin Kreyszig

Chapter2: Second-order Linear Odes

Section: Chapter Questions

Problem 1RQ

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