4.5 EXERCISES The following list of matrices and their respective char- acteristic polynomials is referred to in Exercises 1–11. [: 2 –1 А B = 3 p(t) = (t – 3)(t – 1), p(t) = (t 2)?, -6 –1 -7 4 -3 C = 3 2 0 D = 8 -3 3 -14 -2 5 32 –16 13 p(t) = -(t – 1)²(t + 1), p(t) = -(t – 1)³, 6 4 4 1 1 -1 -1 4 6 1 4 -1 1 -1 -1 E: F = 4 1 6 4 -1 –1 1 -1 1 4 4 6 -1 -1 -1 1 p(t) = (t + 1)(t + 5)2(t – 15), p(t) = (t + 2)(t – 2)3 In Exercises 1–11, find a basis for the eigenspace E, for the given matrix and the value of A. Determine the algebraic and geometric multiplicities of 2. 1. A, λ3 2. A, λ 1 3. В, А — 2
4.5 EXERCISES The following list of matrices and their respective char- acteristic polynomials is referred to in Exercises 1–11. [: 2 –1 А B = 3 p(t) = (t – 3)(t – 1), p(t) = (t 2)?, -6 –1 -7 4 -3 C = 3 2 0 D = 8 -3 3 -14 -2 5 32 –16 13 p(t) = -(t – 1)²(t + 1), p(t) = -(t – 1)³, 6 4 4 1 1 -1 -1 4 6 1 4 -1 1 -1 -1 E: F = 4 1 6 4 -1 –1 1 -1 1 4 4 6 -1 -1 -1 1 p(t) = (t + 1)(t + 5)2(t – 15), p(t) = (t + 2)(t – 2)3 In Exercises 1–11, find a basis for the eigenspace E, for the given matrix and the value of A. Determine the algebraic and geometric multiplicities of 2. 1. A, λ3 2. A, λ 1 3. В, А — 2
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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#1 and #2
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EXERCISES
The following list of matrices and their respective char-
acteristic polynomials is referred to in Exercises 1–11.
2 –1
A
B =
3
p(t) = (t – 3)(t – 1),
p(t) = (t – 2)²,
-6 –1
-7
4 -3
C =
3 2 0
D =
8 -3
3
-14 -2
5
32 –-16 13
p(t) = -(t – 1)²(t + 1),
p(t) = -(t – 1)³,
6 4 4 1
1
-1 -1
4 6 1 4
-1
1
-1 –1
E
F =
4 1
6 4
-1 –1
1 -1
1 4 4 6
-1 -1 –1 1
p(t) =
(t + 1)(t + 5)²(t – 15),
p(t) = (t +2)(t – 2)3
In Exercises 1–11, find a basis for the eigenspace E,
for the given matrix and the value of A. Determine the
algebraic and geometric multiplicities of A.
1. A, λ3
2. A, λ 1
3. В, А — 2"
Transcribed Image Text:4.5
EXERCISES
The following list of matrices and their respective char-
acteristic polynomials is referred to in Exercises 1–11.
2 –1
A
B =
3
p(t) = (t – 3)(t – 1),
p(t) = (t – 2)²,
-6 –1
-7
4 -3
C =
3 2 0
D =
8 -3
3
-14 -2
5
32 –-16 13
p(t) = -(t – 1)²(t + 1),
p(t) = -(t – 1)³,
6 4 4 1
1
-1 -1
4 6 1 4
-1
1
-1 –1
E
F =
4 1
6 4
-1 –1
1 -1
1 4 4 6
-1 -1 –1 1
p(t) =
(t + 1)(t + 5)²(t – 15),
p(t) = (t +2)(t – 2)3
In Exercises 1–11, find a basis for the eigenspace E,
for the given matrix and the value of A. Determine the
algebraic and geometric multiplicities of A.
1. A, λ3
2. A, λ 1
3. В, А — 2
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