![Linear Algebra] Power of a non-diagonalizable matrix (using Jordan-Chevalley decomposition) : r/learnmath Linear Algebra] Power of a non-diagonalizable matrix (using Jordan-Chevalley decomposition) : r/learnmath](https://external-preview.redd.it/dfmRFYT4a6q2WdbD_SR3i8rhRarZdquYrsjN92QQ9Aw.png?auto=webp&s=278c751abd90b8c20730b55eacc98eb60fae79c9)
Linear Algebra] Power of a non-diagonalizable matrix (using Jordan-Chevalley decomposition) : r/learnmath
![Jordan Block Under what conditions a given matrix is diagonalizable ??? Therorem 1: REMARK: Not all nxn matrices are diagonalizable A similar to. - ppt download Jordan Block Under what conditions a given matrix is diagonalizable ??? Therorem 1: REMARK: Not all nxn matrices are diagonalizable A similar to. - ppt download](https://slideplayer.com/slide/13314021/80/images/3/Jordan+Normal+Form+Exmples%3A+Definition%3A+is+in+Jordan+normal+form.jpg)
Jordan Block Under what conditions a given matrix is diagonalizable ??? Therorem 1: REMARK: Not all nxn matrices are diagonalizable A similar to. - ppt download
![SOLVED: Obtain Jordan decomposition of the matrix The world"s 10 largest companies yield the following data: The World'[0 Largest Companies' sales profits (billions) (billions) asset (billions) Company Citigroup General Electric American Intl SOLVED: Obtain Jordan decomposition of the matrix The world"s 10 largest companies yield the following data: The World'[0 Largest Companies' sales profits (billions) (billions) asset (billions) Company Citigroup General Electric American Intl](https://cdn.numerade.com/ask_images/ab30f779639346d4998357677de17214.jpg)
SOLVED: Obtain Jordan decomposition of the matrix The world"s 10 largest companies yield the following data: The World'[0 Largest Companies' sales profits (billions) (billions) asset (billions) Company Citigroup General Electric American Intl
![functional analysis - Jordan decomposition in Takesaki: theorem III.2.2.1 - Mathematics Stack Exchange functional analysis - Jordan decomposition in Takesaki: theorem III.2.2.1 - Mathematics Stack Exchange](https://i.stack.imgur.com/A0mSq.png)
functional analysis - Jordan decomposition in Takesaki: theorem III.2.2.1 - Mathematics Stack Exchange
![gr.group theory - Difficulty about Jordan decomposition, (and also an ambiguity about the quadratic forms in indecomposable Jordan components of quadratic modules) - MathOverflow gr.group theory - Difficulty about Jordan decomposition, (and also an ambiguity about the quadratic forms in indecomposable Jordan components of quadratic modules) - MathOverflow](https://i.stack.imgur.com/CV8yb.png)