For $ n $ an integer greater than $ 6 $ , let $ Q(n)=\sqrt{2n}\#$.
Which upper bound in terms of $ n $ can we get for $ Q(n)^{\frac{1}{\pi(\sqrt{2n})}} $?
For $ n $ an integer greater than $ 6 $ , let $ Q(n)=\sqrt{2n}\#$.
Which upper bound in terms of $ n $ can we get for $ Q(n)^{\frac{1}{\pi(\sqrt{2n})}} $?
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