Let \(M\) be a \(3\times 3\) complex matrix with \(M^6=M^4\) and \(M^4+M^2=2M^3\). Determine possible Jordan forms of \(M\).
Question
Math 6310 • Algebra
Fall 2015 • Question 4
Question
Fall 2015 • Question 4
Let \(M\) be a \(3\times 3\) complex matrix with \(M^6=M^4\) and \(M^4+M^2=2M^3\). Determine possible Jordan forms of \(M\).