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Let x, y, z be (non-zero) vectors and suppose w = If z = 4x - 2y, then w = 4 x+ -2 A. Span(w, x) = Span(w, y) B. Span(w, x, y) = Span(w, z) C. Span(w, x, y) = Span(w, y, z) D. Span(w, z) = Span(w, x, z) E. Span(x, z) = Span(y, z) 16x - 8y - 3z. y. Using the calculation above, mark the statements below that must be true.

Let x, y, z be (non-zero) vectors and suppose w = If z = 4x - 2y, then w = 4 x+ -2 A. Span(w, x) = Span(w, y) B. Span(w, x, y) = Span(w, z) C. Span(w, x, y) = Span(w, y, z) D. Span(w, z) = Span(w, x, z) E. Span(x, z) = Span(y, z) 16x - 8y - 3z. y. Using the calculation above, mark the statements below that must be true.

Advanced Engineering Mathematics
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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Let x, y, z be (non-zero) vectors and suppose w = If z = 4x - 2y, then w = 4 x+ -2 A. Span(w, x) = Span(w, y) B. Span(w, x, y) = Span(w, z) C. Span(w, x, y) = Span(w, y, z) D. Span(w, z) = Span(w, x, z) E. Span(x, z) = Span(y, z) 16x - 8y - 3z. y. Using the calculation above, mark the statements below that must be true.
Transcribed Image Text:Let x, y, z be (non-zero) vectors and suppose w = If z = 4x - 2y, then w = 4 x+ -2 A. Span(w, x) = Span(w, y) B. Span(w, x, y) = Span(w, z) C. Span(w, x, y) = Span(w, y, z) D. Span(w, z) = Span(w, x, z) E. Span(x, z) = Span(y, z) 16x - 8y - 3z. y. Using the calculation above, mark the statements below that must be true.
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