(a) Suppose that the vectors {v1, v2, · · · , Vn} is a finite set of linearly independents vectors in some infinite dimensional vector space V. Prove that {v1, V2, · · · , Vn} do NOT span V. (Hint: Use a proof by contradiction) ' ... pose T is a linear transformation, T : P11(R) → M24(R) Sup Further suppose that dim(ker(T)) = 4 Prove that T will be onto. (c) Consider the mapping T: P2(R) → P4(R) T(p(x)) = x²p(x) Prove that T is a linear transformation.

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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can someone answer this STEP BY STEP and show all their work with calculation and everything please:)) (Differential Equations with Linear Algebra)

Answer each of the following proof questions
(a) Suppose that the vectors {v1,v2, · · · , Vn} is a finite set of linearly independents vectors in
some infinite dimensional vector space V. Prove that {v1, v2, · · · , Vn} do NOT span V.
(Hint: Use a proof by contradiction)
(b) Suppose T is a linear transformation, T: P11 (R) → M24(R)
Further suppose that dim(ker(T)) = 4
Prove that T will be onto.
(c) Consider the mapping T: P2(R) → P4(R)
T(p(x)) = x²p(x)
Prove that T is a linear transformation.
Transcribed Image Text:Answer each of the following proof questions (a) Suppose that the vectors {v1,v2, · · · , Vn} is a finite set of linearly independents vectors in some infinite dimensional vector space V. Prove that {v1, v2, · · · , Vn} do NOT span V. (Hint: Use a proof by contradiction) (b) Suppose T is a linear transformation, T: P11 (R) → M24(R) Further suppose that dim(ker(T)) = 4 Prove that T will be onto. (c) Consider the mapping T: P2(R) → P4(R) T(p(x)) = x²p(x) Prove that T is a linear transformation.
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