Use mathematical induction to prove that the statement is true for every positive integer n.
-The series of sketches below starts with a square having sides of length 1 (one). In the
following steps, squares are constructed by joining, in order, the midpoints of the sides of
the previous square. Develop a formula for the perimeter of the nth square.

Question

Use mathematical induction to prove that the statement is true for every positive integer n.
-The series of sketches below starts with a square having sides of length 1 (one). In the 
following steps, squares are constructed by joining, in order, the midpoints of the sides of
the previous square. Develop a formula for the perimeter of the nth square.

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The Answer of Use mathematical induction to prove that the statement is true for every positive integer n.
-The series of sketches below starts with a square having sides of length 1 (one). In the 
following steps, squares are constructed by joining, in order, the midpoints of the sides of
the previous square. Develop a formula for the perimeter of the nth square.

Use Mathematical Induction to Prove That the Statement Is True