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Let u = (-1,-6,0), v= (6, 1, -3), w = (16,-9, h - 3). Determine the value for h so that w is in the span of the vectors u and v. h = Determine the value for h so that u is in the span of the vectors v and w. h = Select an Answer V 1. If h equals the value in the first question above, determine whether or not the set {u, v, w} is linearl indep-dent.

Let u = (-1,-6,0), v= (6, 1, -3), w = (16,-9, h - 3). Determine the value for h so that w is in the span of the vectors u and v. h = Determine the value for h so that u is in the span of the vectors v and w. h = Select an Answer V 1. If h equals the value in the first question above, determine whether or not the set {u, v, w} is linearl indep-dent.

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 u = (-1,-6, 0), v = (6, 1, -3), w = (16,-9, h - 3). Determine the value for h so that w is in the span of the vectors u and v. h = Determine the value for h so that u is in the span of the vectors v and w. h= Select an Answer indep-dent. 1. If h equals the value in the first question above, determine whether or not the set {u, v, w} is linearly
Transcribed Image Text:Let u = (-1,-6, 0), v = (6, 1, -3), w = (16,-9, h - 3). Determine the value for h so that w is in the span of the vectors u and v. h = Determine the value for h so that u is in the span of the vectors v and w. h= Select an Answer indep-dent. 1. If h equals the value in the first question above, determine whether or not the set {u, v, w} is linearly
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