○A. T(A) = 3A from R6×4 to R6×4 -9 9 B.T(A) = A [72] [173] 4 5 ASA-¹ from R2×2 to R²×2, where S A from R²x2 to R²×2 OC.T(A) |D. T(A) = AT from R5×4 to R4×5 O E. T(A) = SAS−¹ from R²×2 to R²X2, where S OF. T(A) = det(A) from R4×4 to R = -2 9 3 ³1] 6 2 - - [3] 1
○A. T(A) = 3A from R6×4 to R6×4 -9 9 B.T(A) = A [72] [173] 4 5 ASA-¹ from R2×2 to R²×2, where S A from R²x2 to R²×2 OC.T(A) |D. T(A) = AT from R5×4 to R4×5 O E. T(A) = SAS−¹ from R²×2 to R²X2, where S OF. T(A) = det(A) from R4×4 to R = -2 9 3 ³1] 6 2 - - [3] 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
select all that are linear transf
![○A. T(A) = 3A from R6×4 to R6×4
-9
9
B.T(A) = A
[72] [173]
4 5
ASA-¹ from R2x2 to R²×², where S
A from R²x2 to R²×2
OC.T(A)
|D. T(A) = AT from R5×4 to R4×5
O
E. T(A) = SAS-1 from R²×2 to R²×2, where S
OF. T(A) = det(A) from R4×4 to R
=
-2
9
31]
6 2
-
- [3]
1](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F08f364a7-58c9-40cd-a04d-83636aa816ab%2F240e249b-4e23-45fc-b3f2-2384f683d328%2Fgl05njd_processed.jpeg&w=3840&q=75)
Transcribed Image Text:○A. T(A) = 3A from R6×4 to R6×4
-9
9
B.T(A) = A
[72] [173]
4 5
ASA-¹ from R2x2 to R²×², where S
A from R²x2 to R²×2
OC.T(A)
|D. T(A) = AT from R5×4 to R4×5
O
E. T(A) = SAS-1 from R²×2 to R²×2, where S
OF. T(A) = det(A) from R4×4 to R
=
-2
9
31]
6 2
-
- [3]
1
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