An integer n is divisible by k e Z when there exists another integer m satisfying n = Integers that divide n are called factors. A proper factor k dividing n satisfies 0 < k < n. A perfect number is an integer n > 0 that can be written as the sum of its proper factors. For example, the number 14 is not perfect: the set of proper factors of 14 are {1,2,7}, but 1+2+7= 107 14. km. Prove the following statements. (a) At least one perfect number exists. (b) For any prime integer p, the positive integer p? is not a perfect prime.

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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An integer n is divisible by k E Z when there exists another integer m satisfying n = km.
Integers that divide n are called factors. A proper factor k dividing n satisfies 0 < k < n.
A perfect number is an integer n > 0 that can be written as the sum of its proper factors.
For example, the number 14 is not perfect: the set of proper factors of 14 are {1, 2, 7}, but
1+2+7 = 10 + 14.
Prove the following statements.
(a) At least one perfect number exists.
(b) For any prime integer p, the positive integer p² is not a perfect prime.
Transcribed Image Text:An integer n is divisible by k E Z when there exists another integer m satisfying n = km. Integers that divide n are called factors. A proper factor k dividing n satisfies 0 < k < n. A perfect number is an integer n > 0 that can be written as the sum of its proper factors. For example, the number 14 is not perfect: the set of proper factors of 14 are {1, 2, 7}, but 1+2+7 = 10 + 14. Prove the following statements. (a) At least one perfect number exists. (b) For any prime integer p, the positive integer p² is not a perfect prime.
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