(c) Verify all 10 axioms to show that this structure defines a vector space over the real scalars
(c) Verify all 10 axioms to show that this structure defines a vector space over the real scalars
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Question
part c pleasee i have the first 3 please do the rest asap PLEASEE
![Consider the following vector structure.
Let the vectors be ordered pairs (a, b) with a, b real numbers and b > 0.
So examples of vectors here would be (V8, 2), (-5, ), (0, 7)
Define the following operations on these ordered pairs.
Note: Let k be any scalar with the scalars for this space being all real numbers.
(a, b) O (c, d) = (ad + bc, bd)
ko (a, b) = (kabk-1,8*)
(a) Calculate (-4, 5) O (3, })
(b) Calculate – o (8, 4)
(c) Verify all 10 axioms to show that this structure defines a vector space over the real scalars
Hints
1) Remember the zero vector in a vector space is not necessarily just made of zeroes.
2) Remember the zero vector must satisfy: 0 = 0 0 v
3) Remember that additive inverses must satisfy,
-v = -1 © v](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fba208968-0ccc-4a94-8921-5ea260cefe19%2F610ff454-1e20-4453-9c5e-b30bef213981%2Fr1nejpe_processed.png&w=3840&q=75)
Transcribed Image Text:Consider the following vector structure.
Let the vectors be ordered pairs (a, b) with a, b real numbers and b > 0.
So examples of vectors here would be (V8, 2), (-5, ), (0, 7)
Define the following operations on these ordered pairs.
Note: Let k be any scalar with the scalars for this space being all real numbers.
(a, b) O (c, d) = (ad + bc, bd)
ko (a, b) = (kabk-1,8*)
(a) Calculate (-4, 5) O (3, })
(b) Calculate – o (8, 4)
(c) Verify all 10 axioms to show that this structure defines a vector space over the real scalars
Hints
1) Remember the zero vector in a vector space is not necessarily just made of zeroes.
2) Remember the zero vector must satisfy: 0 = 0 0 v
3) Remember that additive inverses must satisfy,
-v = -1 © v
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