Question: Consider the matrix A below. First, show that A is diagonalizable by computing the geometric multiplicities of the eigenvalues and quoting the relevant theorem. Second,

Consider the matrix A below. First, show that A is diagonalizable by computing the geometric multiplicities of the eigenvalues and quoting the relevant theorem. Second, find a diagonal matrix D and a nonsingular matrix S so that S-1AS = D.
Consider the matrix A below. First, show that A is

18-15 33 -15] -4 8-6 6 -9 916 9 5 -69-4

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