For: A=1; B = 8; C=3; D = 1; E = 3; F = 0. Answer: Consider in M,v, (R) the subsets U and W, where U is defined by S[(C+1)t + (D + 1)s -(C+1)t] : 8, s,t € R}. U = (D+1)s+(C + 1)t (D+1)s 2 – E] F 2 - D 2 – D E and W is the subspace generated by the matrices 4 F 4 F (a) Calculate a dimension of W (b) show that U is the vector subspace of M,xa (R) and determine a basis for U (c) The equality M2x2(R) = U + W occurs? justify

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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For:
A=1; B = 8; C=3; D = 1; E = 3; F = 0. Answer:
Consider in M,x2 (R) the subsets U and W, where U is defined by
[(C+1)t + (D + 1)s -(C+1)t
|(D+1)s+ (C + 1)t
ER},
U =
; s,t e!
(D+1)s
2 -
D
2 - D]
E
2 - E]
and W is the subspace generated by the matrices
F
F
F
(a) Calculate a dimension of W
(b) show that U is the vector subspace of M,x,(R) and determine a basis for U
(c) The equality Max2 (R) = U + W occurs? justify
Transcribed Image Text:For: A=1; B = 8; C=3; D = 1; E = 3; F = 0. Answer: Consider in M,x2 (R) the subsets U and W, where U is defined by [(C+1)t + (D + 1)s -(C+1)t |(D+1)s+ (C + 1)t ER}, U = ; s,t e! (D+1)s 2 - D 2 - D] E 2 - E] and W is the subspace generated by the matrices F F F (a) Calculate a dimension of W (b) show that U is the vector subspace of M,x,(R) and determine a basis for U (c) The equality Max2 (R) = U + W occurs? justify
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