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The number of representations of a positive integer by triangular, square and decagonal numbers

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Let $T_aD_b(n)$ and $T_aD'_b(n)$ denote respectively the number of representations of a positive integer $n$ by $a(x^2-x)/2 +b(4y^2-3y)$ and $a(x^2-x)/2 +b(4y^2-y)$. Similarly, let $S_aD_b(n)$ and $S_aD'_b(n)$ denote respectively the number of representations of $n$ by $ax^2 +b(4y^2-3y)$ and $ax^2 +b(4y^2-y)$. In this paper, we prove 162 formulas for these functions.

Abstract

Let $T_aD_b(n)$ and $T_aD'_b(n)$ denote respectively the number of representations of a positive integer $n$ by $a(x^2-x)/2 +b(4y^2-3y)$ and $a(x^2-x)/2 +b(4y^2-y)$. Similarly, let $S_aD_b(n)$ and $S_aD'_b(n)$ denote respectively the number of representations of $n$ by $ax^2 +b(4y^2-3y)$ and $ax^2 +b(4y^2-y)$. In this paper, we prove 162 formulas for these functions.

참고문헌 (20)

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  10. Analogues of Jacobi's two-square theorem, "R. S. Melham", Department of Mathematical Sciences, University of Technology, ~, pp.Research Report R07-01
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  15. Zhi-Hong Sun, "On the number of representations of n by ax(x-1)=2+by(y-1)=2", Journal of Number Theory, 129(5), pp.971~989 (2009), Elsevier BV[DOI]
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  19. Pee Choon Toh, "Representations of certain binary quadratic forms as Lambert series", Acta Arithmetica, 143(3), pp.227~237 (2010), Institute of Mathematics, Polish Academy of Sciences[DOI]
  20. PEE CHOON TOH, "ON REPRESENTATIONS BY FIGURATE NUMBERS: A UNIFORM APPROACH TO THE CONJECTURES OF MELHAM", International Journal of Number Theory, 09(04), pp.1055~1071 (2013), World Scientific Pub Co Pte Lt[DOI]

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