If a is a non-zero real or complex numb...

If `a` is a non-zero real or complex number. Use the principle of mathematical induction to prove that: `IfA=[[a,1],[ 0,a]],t h e nA^n=[[a^n,n a^(n-1)],[0,a^n]] `for every positive integer n.

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If `a` is a non-zero real or complex number. Use the principle of mathematical induction to prove that: `IfA=[[a,1],[ 0,a]],t h e nA^n=[[a^n,n a^(n-1)],[0,a^n]] `for every positive integer n.

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