List questions from jordan-normal-form

Published on 02 Nov 2017 - 13:12

891

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Differential equation and Jordan Canonical form

Published on 08 Nov 2017 - 16:14

920

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The Jordan normal form for complex conjugate eigenvalues

Published on 14 Nov 2017 - 11:32

1.4k

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Finding Jordan normal form using Smith normal form

Published on 23 Feb 2026 - 11:25

632

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Find Jordan base for nilpotent matrix

Published on 25 Nov 2017 - 20:38

176

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Probability of random nilpotent matrix similarity

Published on 28 Nov 2017 - 4:06

371

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Find the jordan basis for $A$

Published on 28 Nov 2017 - 22:35

656

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Is A diagonalizable? If yes find a matrix such that is a diagonal matrix, if not, find a matrix such that is Jordan

Published on 29 Nov 2017 - 6:13

377

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Reordering Jordan Matrix Sub-Blocks

Published on 03 Dec 2017 - 23:55

82

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Finding a Jordan basis - choosing the right vector

Published on 04 Dec 2017 - 0:04

288

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Proving if a certain matrix exists or not

Published on 04 Dec 2017 - 21:26

129

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What can I deduce from a matrix by its Jordan Canonical Form?

Published on 05 Dec 2017 - 23:00

544

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Finding jordan basis

Published on 07 Dec 2017 - 2:42

79

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Find the matrix $f(A)$ for $f(z)=cos(3\pi z)$

Published on 12 Dec 2017 - 3:02

51

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For the $3\times 3$ matrix $A$ with eigenvalues $x_1$, $x_2$, $x_3$ find idempotents matrix $E_1,E_2.E_3$ so that $A=x_1E_1+x_2E_2+x_3E_3$ .

Published on 13 Dec 2017 - 23:49

List Question

Jordan Canonical Form matrices

Differential equation and Jordan Canonical form

The Jordan normal form for complex conjugate eigenvalues

Finding Jordan normal form using Smith normal form

Find Jordan base for nilpotent matrix

Probability of random nilpotent matrix similarity

Find the jordan basis for $A$

Is A diagonalizable? If yes find a matrix such that is a diagonal matrix, if not, find a matrix such that is Jordan

Reordering Jordan Matrix Sub-Blocks

Finding a Jordan basis - choosing the right vector

Proving if a certain matrix exists or not

What can I deduce from a matrix by its Jordan Canonical Form?

Finding jordan basis

Find the matrix $f(A)$ for $f(z)=cos(3\pi z)$

For the $3\times 3$ matrix $A$ with eigenvalues $x_1$, $x_2$, $x_3$ find idempotents matrix $E_1,E_2.E_3$ so that $A=x_1E_1+x_2E_2+x_3E_3$ .

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