Determine if w = -5 is in NulA where A = 2 5 13 21 23 8 14 19 2 O Yes, w is in NulA because Aw is the zero vector. O Yes, w is in NulA because w is in R³ and Nul Ais a subspace of R³. O No, w is not in NulA because w can only be in R³. O No, w is not in NulA because Aw is not the zero vector. 27 1

Q: 10 -00-0 7 12 5 -8- Are the vectors 6 and linearly independent? Explain! 8

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Q: Question 1 Let W be the set of all vectors of the form a) [α] b where -2a +6b-6c = 0 Lc -3 Determine…

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Q: 2. Determine whether the following sets with the corresponding vector addi- tion and scalar…

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Q: 8) (True/False) Use the definition of linear independence to check whether the vectors u₁, u₂, and…

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A:

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Q: 4.) Are vectors Linearly independent? 2 3

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Q: Let x and y be two orthogonal vectors. Then prove that +

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Q: Any given vector space may have distinct inner products.  True  False.

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A: Let us find the projections.