Determine whether the given set S is a subspace of the vector space V. A. V = Rn×n, and S is the subset of all symmetric matrices B.V is the space of five-times differentiable functions R → R, and S is the subset of V consisting of those functions satisfying the differential equation y(5) = 0. C. V = R2, and S is the set of all vectors (x₁, ï₂) in V satisfying 8x₁ + 9x2 = 0.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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Determine whether the given set S is a
subspace of the vector space V.
OA. V = Rnxn, and S is the subset of all
symmetric matrices
B.V is the space of five-times differentiable
functions R → R, and S is the subset of V
consisting of those functions satisfying the
differential equation y(5)
0.
OC. V = R², and S is the set of all vectors
(x1, x₂) in V satisfying 8x₁ + 9x2 = 0.
OD. V is the vector space of all real-valued
functions defined on the interval (-∞,∞),
and S is the subset of V consisting of those
functions satisfying f(0) = 0.
E. V Rnxn, and S is the subset of all
n x n matrices with det(A)
OF V = R4, and S is the set of vectors of the
form (0, x₂, 8, x4).
G. V = P5, and S is the subset of P5
consisting of those polynomials satisfying
p(1) > p(0).
=
=
=
Transcribed Image Text:Determine whether the given set S is a subspace of the vector space V. OA. V = Rnxn, and S is the subset of all symmetric matrices B.V is the space of five-times differentiable functions R → R, and S is the subset of V consisting of those functions satisfying the differential equation y(5) 0. OC. V = R², and S is the set of all vectors (x1, x₂) in V satisfying 8x₁ + 9x2 = 0. OD. V is the vector space of all real-valued functions defined on the interval (-∞,∞), and S is the subset of V consisting of those functions satisfying f(0) = 0. E. V Rnxn, and S is the subset of all n x n matrices with det(A) OF V = R4, and S is the set of vectors of the form (0, x₂, 8, x4). G. V = P5, and S is the subset of P5 consisting of those polynomials satisfying p(1) > p(0). = = =
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