If p(f) = c0 + c1t + c2t2 +... + Cn1n, define p(A) to be the matrix

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If p(f) = c0 + c1t + c2t2 +... + Cn1n, define p(A) to be the matrix formed by replacing each power of t in p(t) by the corresponding power of A (with A0 = 1). That is,
p(A) = col + C, + C2A? + ...+ Cn A

Show that if A is an eigenvalue of A, then one eigenvalue of p(A) is p(λ).

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