Problem 3. a) A Jordan block Jm(A) is an m xm matrix of the form. 0 1 0 1 00X 000 Suppose A e End (C"). Prove that the number dim ker((A-A1)) - dim ker((A - A1)-¹) is equal to the number of Jordan blocks in the Jordan normal form of A of size greater than or equal to r. b) Find the Jordan normal form for Jm (A)².

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Problem 3.
a) A Jordan block Jm(A) is an m x m matrix of the form.
0
0
1
0 0 1
44
0 00
Suppose A E End (C"). Prove that the number
0
dim ker((A-A1)) - dim ker((A-X1)))
is equal to the number of Jordan blocks in the Jordan normal form of A of size greater than
or equal to r.
b) Find the Jordan normal form for Jm (A)².
Transcribed Image Text:Problem 3. a) A Jordan block Jm(A) is an m x m matrix of the form. 0 0 1 0 0 1 44 0 00 Suppose A E End (C"). Prove that the number 0 dim ker((A-A1)) - dim ker((A-X1))) is equal to the number of Jordan blocks in the Jordan normal form of A of size greater than or equal to r. b) Find the Jordan normal form for Jm (A)².
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