OA. T(A) trace(A) from R3x3 to R OB. T(A) AT from R4x5 to R5x4 2-4 ¹ [²3 3] 6¹]-[² 8 85 0 C. T(A) = A A from R2x2 to R2×2 OD. T(A) E. T(A) OF. T(A)= det (A) from R5x5 to R A7 from R6x6 to R6x6 SAS-1 from R2x2 to R2x2, where S = [1]
OA. T(A) trace(A) from R3x3 to R OB. T(A) AT from R4x5 to R5x4 2-4 ¹ [²3 3] 6¹]-[² 8 85 0 C. T(A) = A A from R2x2 to R2×2 OD. T(A) E. T(A) OF. T(A)= det (A) from R5x5 to R A7 from R6x6 to R6x6 SAS-1 from R2x2 to R2x2, where S = [1]
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
Related questions
Question
![Which of the following transformations are linear? Select all of the linear transformations. There may be more than one correct answer. Be sure you can justify your answers.
A. T(A) = trace(A) from R³x3 to R
OB. T(A) AT from R4x5
to R5x4
0
2
C. T(A) = A
[²3]
A from R2x2 to R²x2
8 6
OD. T(A) A7 from R6x6
E. T(A) = SAS-1 from R2x2 to R2x2, where S =
OF. T(A) det (A) from R5x5 to R
to R6x6
-7](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F525e4233-5305-4a6a-9e03-c9b07112469a%2Fecdbcdff-a276-4cde-9f88-a9c899e2e7c2%2Fv0wnx5f_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Which of the following transformations are linear? Select all of the linear transformations. There may be more than one correct answer. Be sure you can justify your answers.
A. T(A) = trace(A) from R³x3 to R
OB. T(A) AT from R4x5
to R5x4
0
2
C. T(A) = A
[²3]
A from R2x2 to R²x2
8 6
OD. T(A) A7 from R6x6
E. T(A) = SAS-1 from R2x2 to R2x2, where S =
OF. T(A) det (A) from R5x5 to R
to R6x6
-7
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