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A further generalization of a congruence of Wolstenholme (0)

by C Ballot
Venue:J. Integer Seq
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Congruences Involving Sums of Ratios of Lucas Sequences

by Evis Ieronymou
"... Given a pair (Ut) and (Vt) of Lucas sequences, we establish various congruences involving sums of ratios Vt. More precisely, let p be a prime divisor of the positive Ut integer m. We establish congruences, modulo powers of p, for the sum ∑ Vt, where t Ut runs from 1 to r(m), the rank of m, and r(q) ..."
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Given a pair (Ut) and (Vt) of Lucas sequences, we establish various congruences involving sums of ratios Vt. More precisely, let p be a prime divisor of the positive Ut integer m. We establish congruences, modulo powers of p, for the sum ∑ Vt, where t Ut runs from 1 to r(m), the rank of m, and r(q) ∤ t for all prime factors q of m.
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...the rest of this note vp(x) denotes the standard p-adic valuation of the rational number x, where p is a prime number. Note that for P = 2, Q = 1 we recover Wolstenholme’s congruence. In turn, Ballot =-=[2]-=- generalized Kimball and Webb’s congruence in the following: Proposition 1. Let (Ut) and (Vt) be a pair of Lucas sequences. If m is of maximal rank and gcd(m,6Q)=1 then ( ) ∑ Vt ≥ 2vq(m), vq where q i...

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