23 Linear Transformations and Matrix Algebra 2 (g) (x e R : x =s for some s, te R} 1 +t 2 3 2 (h) (x e R3 x= LJ for some s,te R} +S 0 t 2 1 2 2 1 (i) {xe R3 for some s, t e R} +s :X = 4 +1 2 1 -1 -1 2 Criticize the following argument: By Exercise 1.1.13, for any vector v, we have Ov 0. So the first criterion for subspaces is, in fact, a consequence of the second criterion and could therefore be omitted. #3. Suppose x, V1,. Vk E R" and x is orthogonal to each of the vectors v1, ... , Vk. Prove that x is NO

Advanced Engineering Mathematics
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Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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I need help for problem (h). Check that the set at (h) is a subspace of Rn or not.

 

 

23
Linear Transformations and Matrix Algebra
2
(g) (x e R : x =s
for some s, te R}
1
+t
2
3
2
(h) (x e R3 x=
LJ
for some s,te R}
+S
0
t
2
1
2
2
1
(i) {xe R3
for some s, t e R}
+s
:X =
4
+1
2
1
-1
-1
2 Criticize the following argument: By Exercise 1.1.13, for any vector v, we have Ov 0. So the
first criterion for subspaces is, in fact, a consequence of the second criterion and could therefore be
omitted.
#3. Suppose x, V1,.
Vk E R" and x is orthogonal to each of the vectors v1, ... , Vk. Prove that x is
NO
Transcribed Image Text:23 Linear Transformations and Matrix Algebra 2 (g) (x e R : x =s for some s, te R} 1 +t 2 3 2 (h) (x e R3 x= LJ for some s,te R} +S 0 t 2 1 2 2 1 (i) {xe R3 for some s, t e R} +s :X = 4 +1 2 1 -1 -1 2 Criticize the following argument: By Exercise 1.1.13, for any vector v, we have Ov 0. So the first criterion for subspaces is, in fact, a consequence of the second criterion and could therefore be omitted. #3. Suppose x, V1,. Vk E R" and x is orthogonal to each of the vectors v1, ... , Vk. Prove that x is NO
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