Question: Let F = C and suppose that T is nilpotent. Prove that the smallest k so that Tk = To is equal to the

Let F= C and suppose that T is nilpotent. Prove that the smallest k so that Tk = To is equalto the length of the longest cyc

Let F = C and suppose that T is nilpotent. Prove that the smallest k so that Tk = To is equal to the length of the longest cycle in a Jordan basis for T.

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