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Note that there's another "is useful" post at Definition of Zeta Function using Floor Function.
 
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Q: An inequality involving $|(1/\zeta)^{(n)}(x)|$

HaidaraI was plotting various derivatives of the function $(1/\zeta)(x)$ and I noticed that: $|(1/\zeta)^{(n)}(x)| \leq \frac{m(ln(2))^n}{2^x}$ Holds for all $x \geq 2 , n\geq 1$ where x is a real number if $m=\frac{4(|(1/\zeta)^{(n)}(2)|)}{(ln(2))^n}$. My Question is: Is there a proof for such inequal...

 
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math.stackexchange.com/q/4950090/42969 should be closed as a duplicate IMO: Several references for this determinant identity have been given before.
 
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^--- It is closed now.
c - needs details
 
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17:38
This question could use one more vote to close it as a duplicate
 
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19:19
I could flag it as very low quality but I'm not sure if its applicable in this case

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