Part 1. Prove the following statements using the Principle of Mathematical Induction (PMI). an+1-a 1. Let a + 1 be a real number. Prove that a + a² + a³ + ……+ a" = for all integers n 2 1. ... a-1

Advanced Engineering Mathematics
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Chapter2: Second-order Linear Odes
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Definition 1: Let x, y E Z. Then x is divisible by y if there exist an integer k such that x = ky.
Definition 2: The product of two consecutive integers is always divisible by 2. For example, k2 + 3 and k² +
4 are two consecutive integers for all integers k. Hence, its product (k? + 3)(k² + 4)is divisible by 2.
Part 1. Prove the following statements using the Principle of Mathematical Induction (PMI).
1. Let a + 1 be a real number. Prove that a + a? + a3 + ...+ a" =
an+l=a
for all integers n 2 1.
a-1
Transcribed Image Text:Definition 1: Let x, y E Z. Then x is divisible by y if there exist an integer k such that x = ky. Definition 2: The product of two consecutive integers is always divisible by 2. For example, k2 + 3 and k² + 4 are two consecutive integers for all integers k. Hence, its product (k? + 3)(k² + 4)is divisible by 2. Part 1. Prove the following statements using the Principle of Mathematical Induction (PMI). 1. Let a + 1 be a real number. Prove that a + a? + a3 + ...+ a" = an+l=a for all integers n 2 1. a-1
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