5. Consider the linear transformation T: R → R³ given by T()= Au, where A is the matrix (a) (b Find rank(T). 23 0 31 1 4 1 -12 1 Find a subset of the columns of A which span the image of T. (For regularity, each column picked can't be written as a linear combination of the columns that came before) might help) Is T a one-to-one function? Why? (Hint: The rank-nullity theorem
5. Consider the linear transformation T: R → R³ given by T()= Au, where A is the matrix (a) (b Find rank(T). 23 0 31 1 4 1 -12 1 Find a subset of the columns of A which span the image of T. (For regularity, each column picked can't be written as a linear combination of the columns that came before) might help) Is T a one-to-one function? Why? (Hint: The rank-nullity theorem
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
![5. Consider the linear transformation T: RR³ given by T()= Au, where A is the
matrix
(a)
(b
Find rank(T).
23
0 31
1 41
-12 1
Find a subset of the columns of A which span the image of T. (For
regularity, each column picked can't be written as a linear combination of the
columns that came before)
might help)
Is T a one-to-one function? Why? (Hint: The rank-nullity theorem](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc0bb319e-1598-41b9-bb4c-4a8a1d4b3ce7%2Fbf5c6740-3125-4c61-a02e-73af40ef3a02%2Fqtb1az.jpeg&w=3840&q=75)
Transcribed Image Text:5. Consider the linear transformation T: RR³ given by T()= Au, where A is the
matrix
(a)
(b
Find rank(T).
23
0 31
1 41
-12 1
Find a subset of the columns of A which span the image of T. (For
regularity, each column picked can't be written as a linear combination of the
columns that came before)
might help)
Is T a one-to-one function? Why? (Hint: The rank-nullity theorem
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