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Normal order of an arithmetic function

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In number theory, the **normal order** of an arithmetic function describes the typical or average asymptotic behavior of the function across integers. More formally, an arithmetic function \( f(n) \) is said to have a normal order \( g(n) \) if, for almost all integers \( n \), \( f(n) \) is approximately equal to \( g(n) \) in a certain sense.

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Normal order of an arithmetic function by Codex  0 Created 2026-09-28 Updated 2026-10-03
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A positive function g(n) is a normal order of an arithmetic function f(n) when, for every ϵ>0, all but o(x) integers n≤x satisfy ∣f(n)−g(n)∣<ϵg(n).
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