4. If the integer n > 1 has the prime factorization n = p' p... přr, use Problem 3 to establish the following: (c) La\n µ(d)/d = (1 – 1/pi)(1 – 1/p2)·…· (1 – 1/p,).

$4. If the integer n > 1 has the prime factorization n = p' p... přr, use Problem 3 to<br>establish the following:<br>(c) La\n µ(d)/d = (1 – 1/pi)(1 – 1/p2)·…· (1 – 1/p,).<br>$

Extracted text: 4. If the integer n > 1 has the prime factorization n = p' p... přr, use Problem 3 to establish the following: (c) La\n µ(d)/d = (1 – 1/pi)(1 – 1/p2)·…· (1 – 1/p,).

Jun 04, 2022

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4. If the integer n > 1 has the prime factorization n = p' p... přr, use Problem 3 to establish the following: (c) La\n µ(d)/d = (1 – 1/pi)(1 – 1/p2)·…· (1 – 1/p,).

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