Use mathematical induction to prove that the statement is true for every positive integer n.
-The series of sketches below starts with an equilateral triangle having sides of length 1 (one). In the following steps, equilateral triangles are constructed by joining the midpoints of the sides of the preceding triangle. Develop a formula for the length of the sides of the new triangle.
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Q242: Use mathematical induction to prove that the
Q243: Solve the problem.
-In how many ways can
Q244: Solve the problem.
-A musician plans to perform
Q245: Evaluate the expression.
-P(13, 6)
A) 8,648,640
B) 1,235,520
C) 617,760
D)
Q246: Evaluate the expression.
-P(8, 0)
A) 0.5
B) 1
C) 80,640
D)
Q248: Use mathematical induction to prove that the
Q249: Solve the problem.
-How many 10-digit telephone numbers
Q250: Use mathematical induction to prove that
Q251: Use mathematical induction to prove that
Q252: Solve the problem.
-How many 5-digit numbers can
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