SOME SUMS VIA EULER'S TRANSFORM

In this paper, we give some sums involving the generalized harmonic numbers Hrn(sigma) and the (q,r)-binomial coefficient (Lk)q,r by using Euler's transform. For example, for (c,r)is an element of Z+x R+, & sum;(infinity)(n=0)& sum;(n)(k=0)(-1)(k)(n+r n-k)c(n+1)H(k)(r-1)(sigma)/(n+1)(1+c)(n+1)=-(c+1/sigma)ln(1+c sigma)+c, and & sum;(n)(k=0)(nk)(Lk)(2,r)=& sum;(n)(j=0)& sum;(j)(k=0)(-1)(k)(j-k+2L+rj-k)(r n-j)(Lk)(2), where sigma is appropriate parameter, Hrn(sigma) is the generalized hyperhar-monic number of order r and (Lk)q is the q-binomial coefficient.

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Publication Details

Journal
Kocaeli Üniversitesi - AVESİS
Published
2024-09-01
DOI
https://doi.org/10.5831/hmj.2024.46.3.365
Primary Topic
Advanced Mathematical Identities
Type
article
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article

SOME SUMS VIA EULER'S TRANSFORM

Neşe Ömür, Laid Elkhiri, Sibel Koparal
Kocaeli Üniversitesi - AVESİS
Advanced Mathematical Identities
article

SOME SUMS VIA EULER'S TRANSFORM

Neşe Ömür, Laid Elkhiri, Sibel Koparal
article en

Abstract

In this paper, we give some sums involving the generalized harmonic numbers Hrn(sigma) and the (q,r)-binomial coefficient (Lk)q,r by using Euler's transform. For example, for (c,r)is an element of Z+x R+, & sum;(infinity)(n=0)& sum;(n)(k=0)(-1)(k)(n+r n-k)c(n+1)H(k)(r-1)(sigma)/(n+1)(1+c)(n+1)=-(c+1/sigma)ln(1+c sigma)+c, and & sum;(n)(k=0)(nk)(Lk)(2,r)=& sum;(n)(j=0)& sum;(j)(k=0)(-1)(k)(j-k+2L+rj-k)(r n-j)(Lk)(2), where sigma is appropriate parameter, Hrn(sigma) is the generalized hyperhar-monic number of order r and (Lk)q is the q-binomial coefficient.

Kocaeli Üniversitesi - AVESİS
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Advanced Mathematical Identities
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