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Alexandre
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Is there any way to find the following limit

$$R(n,m)=\lim_{N\to\infty}\frac{H_{nN,m}}{H_{N,m}}$$

which involves harmonic numbers (generalized if $m\neq 1$)

$$H_{N,m}=\sum_{k=1}^N k^{-m}\qquad ?$$

I am more specifically looking for a convenient way to compute it numerically for $m<1$ (if it converges to something else than 1 of course).

From numerical experiment on Mathematica for $0<m<1$$m \leq 1$, I can guess $$R(n,m)=n^{1-m} \quad .$$

Is there any way to find the following limit

$$R(n,m)=\lim_{N\to\infty}\frac{H_{nN,m}}{H_{N,m}}$$

which involves harmonic numbers (generalized if $m\neq 1$)

$$H_{N,m}=\sum_{k=1}^N k^{-m}\qquad ?$$

I am more specifically looking for a convenient way to compute it numerically for $m<1$ (if it converges to something else than 1 of course).

From numerical experiment on Mathematica for $0<m<1$, I can guess $$R(n,m)=n^{1-m} \quad .$$

Is there any way to find the following limit

$$R(n,m)=\lim_{N\to\infty}\frac{H_{nN,m}}{H_{N,m}}$$

which involves harmonic numbers (generalized if $m\neq 1$)

$$H_{N,m}=\sum_{k=1}^N k^{-m}\qquad ?$$

I am more specifically looking for a convenient way to compute it numerically for $m<1$ (if it converges to something else than 1 of course).

From numerical experiment on Mathematica for $m \leq 1$, I can guess $$R(n,m)=n^{1-m} \quad .$$

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Alexandre
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Is there any way to find the following limit

$$R(n,m)=\lim_{N\to\infty}\frac{H_{nN,m}}{H_{N,m}}$$

which involves harmonic numbers (generalized if $m\neq 1$)

$$H_{N,m}=\sum_{k=1}^N k^{-m}\qquad ?$$

I am more specifically looking for a convenient way to compute it numerically for $m<1$ (if it converges to something else than 1 of course).

For instance weFrom numerical experiment on Mathematica for $0<m<1$, I can guess $R(n,1/2)=\sqrt{n}$ using Mathematica. $$R(n,m)=n^{1-m} \quad .$$

Is there any way to find the following limit

$$R(n,m)=\lim_{N\to\infty}\frac{H_{nN,m}}{H_{N,m}}$$

which involves harmonic numbers (generalized if $m\neq 1$)

$$H_{N,m}=\sum_{k=1}^N k^{-m}\qquad ?$$

I am more specifically looking for a convenient way to compute it numerically for $m<1$ (if it converges to something else than 1 of course).

For instance we can guess $R(n,1/2)=\sqrt{n}$ using Mathematica.

Is there any way to find the following limit

$$R(n,m)=\lim_{N\to\infty}\frac{H_{nN,m}}{H_{N,m}}$$

which involves harmonic numbers (generalized if $m\neq 1$)

$$H_{N,m}=\sum_{k=1}^N k^{-m}\qquad ?$$

I am more specifically looking for a convenient way to compute it numerically for $m<1$ (if it converges to something else than 1 of course).

From numerical experiment on Mathematica for $0<m<1$, I can guess $$R(n,m)=n^{1-m} \quad .$$

added 33 characters in body; edited tags
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Alexandre
  • 634
  • 3
  • 11

Is there any way to find the following limit

$$R(n,m)=\lim_{N\to\infty}\frac{H_{nN,m}}{H_{N,m}}$$

which involves harmonic numbers (generalized if $m\neq 1$)

$$H_{N,m}=\sum_{k=1}^N k^{-m}\qquad ?$$

I am more specifically looking for a convenient way to compute it numerically for $m<1$ (if it converges to something else than 1 of course).

For instance we can guess $R(n,1/2)=\sqrt{n}$ using Mathematica.

Is there any way to find the following limit

$$R(n,m)=\lim_{N\to\infty}\frac{H_{nN,m}}{H_{N,m}}$$

which involves harmonic numbers (generalized if $m\neq 1$)

$$H_{N,m}=\sum_{k=1}^N k^{-m}\qquad ?$$

I am more specifically looking for a convenient way to compute it numerically for $m<1$ (if it converges to something else than 1 of course).

Is there any way to find the following limit

$$R(n,m)=\lim_{N\to\infty}\frac{H_{nN,m}}{H_{N,m}}$$

which involves harmonic numbers (generalized if $m\neq 1$)

$$H_{N,m}=\sum_{k=1}^N k^{-m}\qquad ?$$

I am more specifically looking for a convenient way to compute it numerically for $m<1$ (if it converges to something else than 1 of course).

For instance we can guess $R(n,1/2)=\sqrt{n}$ using Mathematica.

added 33 characters in body; edited tags
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Alexandre
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