1+t 1. Let V = 2 – t t E R. Determine whether V is a vector space by verifying Axiom ([3 + 2t] 3, Axiom 7 and Axiom 8 if all the other axioms are satisfied. Defined vectors addition and multiplication as: 1+ (t + t2) 2 – (t, + t2) 3 + (2t, + 2t,) 1+t1 1+t2 2 - t1 |+| 2 2 [3 + 2t,] [3 + 2t2] 1+ ct 2 – ct L3 + 2ct] 1+t] c| 2 - t [3 + 2t]

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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It has already given addition and multiplication rules. So, use the addition and multiplication rules to verify Axiom 3, Axiom 7 and 8. Axiom 3 will use addition rule. Axiom 7 and 8 will use multiplication rule. Then, check whether all these 3 Axioms is verified. You need to prove all these Axioms are satisfied. If these 3 Axioms are satisfied , then V is a vector space. If any one of them not satisfied, V is not a vector space.

1+t
1.
Let V =
2 – t
t E R. Determine whether V is a vector space by verifying Axiom
([3 + 2t]
3, Axiom 7 and Axiom 8 if all the other axioms are satisfied. Defined vectors addition
and multiplication as:
1+t1 ]
2 – t, +| 2 – t2
[3 + 2t2!
1+ (t, + t2)
2 – (t, + t2)
3+ (2t, + 2t2)]
1+t2
[3 + 2t,!
1+ ct
2 – ct
L3 + 2ct]
1+t
C| 2 – t
[3 + 2t]
=
Transcribed Image Text:1+t 1. Let V = 2 – t t E R. Determine whether V is a vector space by verifying Axiom ([3 + 2t] 3, Axiom 7 and Axiom 8 if all the other axioms are satisfied. Defined vectors addition and multiplication as: 1+t1 ] 2 – t, +| 2 – t2 [3 + 2t2! 1+ (t, + t2) 2 – (t, + t2) 3+ (2t, + 2t2)] 1+t2 [3 + 2t,! 1+ ct 2 – ct L3 + 2ct] 1+t C| 2 – t [3 + 2t] =
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