? matrices. ? matrices. ηχη 1. V Rnxn, and S is the subset of all upper triangular = 2. V Rnxn, and S is the subset of all symmetric = ? 3. V = C5 (R), and S is the subset of V consisting of those functions satisfying the differential equation y(5) = 0. ? 4. 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. ? 5. V = C³ (R), and S is the subset of V consisting of those functions y satisfying the differential equation y"" — y' = 1. -

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
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Is the given set S a sub space of the vector space V

?
matrices.
?
matrices.
?
ηχη
1. V = Rnxn, and S is the subset of all upper triangular
î
2. V Rnxn, and S is the subset of all symmetric
=
3. V = C5 (R), and S is the subset of V consisting of
those functions satisfying the differential equation y(5)
= = 0.
?
4. 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.
?
5. V = C³ (R), and S is the subset of V consisting of
those functions y satisfying the differential equation y"" — y' = 1.
Notation: Pn is the vector space of polynomials of degree up to n,
and C" (R) is the vector space of n times continuously
differentiable functions on R.
Transcribed Image Text:? matrices. ? matrices. ? ηχη 1. V = Rnxn, and S is the subset of all upper triangular î 2. V Rnxn, and S is the subset of all symmetric = 3. V = C5 (R), and S is the subset of V consisting of those functions satisfying the differential equation y(5) = = 0. ? 4. 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. ? 5. V = C³ (R), and S is the subset of V consisting of those functions y satisfying the differential equation y"" — y' = 1. Notation: Pn is the vector space of polynomials of degree up to n, and C" (R) is the vector space of n times continuously differentiable functions on R.
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