(2) Let T : R² → R´ and S : R´ → R³ be linear transformations defined by T x + y x2 2.x1 13 + 15 and S 12 + x4 Let E be the standard basis of R5. Let B and D be bases of 1 R? and R', respectively, where B = {v1, v2} and D {w1, w2, w3} with i U2 = -2 4 1 wi = uw2 = 1 and wz = 1 (a) Find (ST) and find Mg-B(T), Mp-e(S) and Mp-B(ST). (b) Verify Mp+B(ST) = Mp+ɛ(S)Mɛ+B(T).
(2) Let T : R² → R´ and S : R´ → R³ be linear transformations defined by T x + y x2 2.x1 13 + 15 and S 12 + x4 Let E be the standard basis of R5. Let B and D be bases of 1 R? and R', respectively, where B = {v1, v2} and D {w1, w2, w3} with i U2 = -2 4 1 wi = uw2 = 1 and wz = 1 (a) Find (ST) and find Mg-B(T), Mp-e(S) and Mp-B(ST). (b) Verify Mp+B(ST) = Mp+ɛ(S)Mɛ+B(T).
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
![1(;)
(2) Let T : R² → R³ and S : R → R³ be linear transformations defined by T(
I + y
2.x1 – x3 + 15
and S
x3 | )
12 + x4
Let E be the standard basis of R5. Let B and D be bases of
X5
[
1
R? and R', respectively, where B = {v1, v2} and D = {w1, w2, '3} with v1
-2
wi =
w2 =
1
and wz =
1
(a) Find (ST)()
and find Mg-B(T), MD-e(S) and MD-B(ST).
(b) Verify Mp-B(ST) = Mp+e(S)Mɛ-B(T).](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F4459f949-adcb-47a0-9c25-8aabf21e1814%2F0ae4738b-9987-4ddf-b61c-8c3ccc203cba%2Fpnozi08_processed.png&w=3840&q=75)
Transcribed Image Text:1(;)
(2) Let T : R² → R³ and S : R → R³ be linear transformations defined by T(
I + y
2.x1 – x3 + 15
and S
x3 | )
12 + x4
Let E be the standard basis of R5. Let B and D be bases of
X5
[
1
R? and R', respectively, where B = {v1, v2} and D = {w1, w2, '3} with v1
-2
wi =
w2 =
1
and wz =
1
(a) Find (ST)()
and find Mg-B(T), MD-e(S) and MD-B(ST).
(b) Verify Mp-B(ST) = Mp+e(S)Mɛ-B(T).
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