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Please use this identifier to cite or link to this item: http://hdl.handle.net/2080/294

Title: Some Facinating Properties of Balancing Numbers
Authors: Panda, G K
Keywords: Triangular Numbers
Balancing Numbers
Fibonacci Numbers
Recurrance Relations
Issue Date: 2006
Citation: Fibonacci Numbers and Their Applications, Vol 10
Abstract: The study of number sequences has been a source of attraction to the mathematicians since ancient times. Since then many of them are focusing their interest on the study of the fascinating triangular numbers. In a recent study Behera and Panda tried to find the solutions of the Diophantine equation 1+2+ • • • +(n-1) = (n+1) + (n+2) + • • •+ (n+r) and found that the square of any n Îℤ+ satisfying this equation is a triangular number. It can be also shown that if r Îℤ+ satisfies the above equation then is also a triangular number. If a pair (n, r) constitutes a solution of the above equation then n is called a balancing number and r is called the balancer corresponding to n. In the joint paper “On the square roots of triangular numbers” published in “The Fibonacci Quarterly” in 1999, Behera and Panda introduced balancing numbers and studied many important properties of these numbers. In this paper we establish some other interesting arithmetic-type, de-Moivre’s-type and trigonometric-t...
Description: This is authors version postprint. Copyright for the published version belongs to publishers
URI: http://hdl.handle.net/2080/294
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