Let A be a diagonalisable 3 x 3 matrix with real entries. Working over C on V = C³: (a) Is it possible that A has three distinct strictly complex eigenvalues? (b) Is it possible that A has two distinct strictly complex eigenvalues and one real one? (c) Is it possible that A has one strictly complex eigenvalue and two distinct real ones? (d) Is it possible that A has three distinct real eigenvalues? Select one: (a), (b) No and (a), (d) Yes (b), (d) No and (a), (c) Yes (a), (c) No and (b),(d) Yes (a), (d) No and (b), (c) Yes None of the others apply

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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Let A be a diagonalisable 3 x 3 matrix with real entries. Working over C on V = C³:
(a) Is it possible that A has three distinct strictly complex eigenvalues?
(b) Is it possible that A has two distinct strictly complex eigenvalues and one real one?
(c) Is it possible that A has one strictly complex eigenvalue and two distinct real ones?
(d) Is it possible that A has three distinct real eigenvalues?
Select one:
(a), (b) No and (a), (d) Yes
(b), (d) No and (a), (c) Yes
(a), (c) No and (b),(d) Yes
(a), (d) No and (b), (c) Yes
None of the others apply
Transcribed Image Text:Let A be a diagonalisable 3 x 3 matrix with real entries. Working over C on V = C³: (a) Is it possible that A has three distinct strictly complex eigenvalues? (b) Is it possible that A has two distinct strictly complex eigenvalues and one real one? (c) Is it possible that A has one strictly complex eigenvalue and two distinct real ones? (d) Is it possible that A has three distinct real eigenvalues? Select one: (a), (b) No and (a), (d) Yes (b), (d) No and (a), (c) Yes (a), (c) No and (b),(d) Yes (a), (d) No and (b), (c) Yes None of the others apply
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