June 2009 Archives by subject
Starting: Mon Jun 1 01:26:31 CEST 2009
Ending: Tue Jun 30 15:15:05 CEST 2009
Messages: 237
- [seqfan] (no subject)
lajos66 at t-online.hu
- [seqfan] Re: (no subject)
Hagen von Eitzen
- [seqfan] A000012 Generating Function
franktaw at netscape.net
- [seqfan] A004249, A007516
Leroy Quet
- [seqfan] Re: A004249, A007516
Jack Brennen
- [seqfan] Re: A004249, A007516
franktaw at netscape.net
- [seqfan] Re: A004249, A007516
Leroy Quet
- [seqfan] Re: A004249, A007516
Leroy Quet
- [seqfan] Re: A004249, A007516
Prof. Dr. Alois Heinz
- [seqfan] Re: A004249, A007516
Maximilian Hasler
- [seqfan] Re: A004249, A007516
franktaw at netscape.net
- [seqfan] Re: A004249, A007516
Maximilian Hasler
- [seqfan] Re: A004249, A007516
A.N.W.Hone
- [seqfan] A035457 (partitions into distinct even parts)
Joerg Arndt
- [seqfan] A055153 and A141645
zbi74583.boat at orange.zero.jp
- [seqfan] Re: A055153 and A141645
Maximilian Hasler
- [seqfan] A060426 related to A161090 ?
Richard Mathar
- [seqfan] Re: A060426 related to A161090 ?
god almighty
- [seqfan] Re: A060426 related to A161090 ?
Olivier Gerard
- [seqfan] Re: A060426 related to A161090 ?
Chris Starling
- [seqfan] A078467: Proof of a(34) = 622699582951
Hagen von EItzen
- [seqfan] Re: A078467: Proof of a(34) = 622699582951
N. J. A. Sloane
- [seqfan] Re: A078467: Proof of a(34) = 622699582951
T. D. Noe
- [seqfan] Re: A078467: Proof of a(34) = 622699582951
Hagen von Eitzen
- [seqfan] Re: A093893 Subsequence
Hagen von EItzen
- [seqfan] Re: A093893 Subsequence
Max Alekseyev
- [seqfan] Re: A093893 Subsequence
franktaw at netscape.net
- [seqfan] Re: A093893 Subsequence
Jon Awbrey
- [seqfan] Re: A093893 Subsequence
Leroy Quet
- [seqfan] Re: A093893 Subsequence
franktaw at netscape.net
- [seqfan] Re: A093893 Subsequence
Joerg Arndt
- [seqfan] Re: A093893 Subsequence
Hagen von EItzen
- [seqfan] A132091 same sequence?
rhhardin at att.net
- [seqfan] Re: A132091 same sequence?
Max Alekseyev
- [seqfan] A151659
zbi74583.boat at orange.zero.jp
- [seqfan] Re: A151659
Hagen von EItzen
- [seqfan] Re: A151659
Benoît Jubin
- [seqfan] Re: A151659
Hagen von EItzen
- [seqfan] Re: A151659
franktaw at netscape.net
- [seqfan] Re: A151659
Richard Mathar
- [seqfan] Re: A151659
N. J. A. Sloane
- [seqfan] Re: A151659
Hagen von EItzen
- [seqfan] Re: A151659
Hagen von Eitzen
- [seqfan] Re: A151659
franktaw at netscape.net
- [seqfan] Re: A151659
Robert Gerbicz
- [seqfan] Re: A151659
Benoît Jubin
- [seqfan] A151764 -- circular definition?
Hagen von EItzen
- [seqfan] Re: A151764 -- circular definition?
N. J. A. Sloane
- [seqfan] A161984: obscure definition
Benoît Jubin
- [seqfan] Re: A161984: obscure definition
Richard Mathar
- [seqfan] Re: A161984: obscure definition
franktaw at netscape.net
- [seqfan] a curious card trick
Max Alekseyev
- [seqfan] Add to an integer its distinct factors and loop
Eric Angelini
- [seqfan] Re: Add to an integer its distinct factors and loop
Joshua Zucker
- [seqfan] Re: Add to an integer its distinct factors and loop
Eric Angelini
- [seqfan] Re: Add to an integer its distinct factors and loop
franktaw at netscape.net
- [seqfan] Re: Add to an integer its distinct factors and loop
Hagen von EItzen
- [seqfan] Re: Add to an integer its distinct factors and loop
franktaw at netscape.net
- [seqfan] Re: Add to an integer its distinct factors and loop
Jack Brennen
- [seqfan] Re: Add to an integer its distinct factors and loop
franktaw at netscape.net
- [seqfan] Re: Add to an integer its distinct factors and loop
franktaw at netscape.net
- [seqfan] A subsequence of highly composite numbers A002182 ?
peter.luschny at googlemail.com
- [seqfan] A subsequence of highly composite numbers A002182 ?
peter.luschny at googlemail.com
- [seqfan] Avoiding Backwards Sums
Leroy Quet
- [seqfan] Avoiding Backwards Sums
Hagen von EItzen
- [seqfan] Re: Avoiding Backwards Sums
Leroy Quet
- [seqfan] Binary arrays with both rows and cols sorted, symmetries?
rhhardin at att.net
- [seqfan] Re: Binary arrays with both rows and cols sorted, symmetries?
franktaw at netscape.net
- [seqfan] Catalan-related sequences with floretions
Creighton Kenneth Dement
- [seqfan] Catalan-related sequences with floretions
Creighton Kenneth Dement
- [seqfan] correlation A161918 and A030229
Richard Mathar
- [seqfan] Re: correlation A161918 and A030229
Benoît Jubin
- [seqfan] Re: correlation A161918 and A030229
Maximilian Hasler
- [seqfan] Re: correlation A161918 and A030229
franktaw at netscape.net
- [seqfan] Counting problem
David Wilson
- [seqfan] Re: Counting problem
Max Alekseyev
- [seqfan] Re: Counting problem
Robert G. Wilson, v
- [seqfan] Re: Counting problem
Jeremy Gardiner
- [seqfan] Re: Counting problem
Tanya Khovanova
- [seqfan] Re: Counting problem
David Wilson
- [seqfan] Re: Counting problem
Harvey P. Dale
- [seqfan] Re: Counting problem
David Wilson
- [seqfan] Counting Problem
Harvey P. Dale
- [seqfan] Re: Counting Problem
Tanya Khovanova
- [seqfan] Duplicate sigma values
franktaw at netscape.net
- [seqfan] Re: Duplicate sigma values
N. J. A. Sloane
- [seqfan] Re: Duplicate sigma values
Max Alekseyev
- [seqfan] Re: Floretions, sufficient condition for conjecture
Creighton Kenneth Dement
- [seqfan] Re: Floretions, sufficient condition for conjecture
Creighton Kenneth Dement
- [seqfan] functions f:[n]->[n] such that f[(2*x) mod n]=[2*f(x)]
Joerg Arndt
- [seqfan] Re: functions f:[n]->[n] such that f[(2*x) mod n]=[2*f(x)]
Max Alekseyev
- [seqfan] Re: functions f:[n]->[n] such that f[(2*x) mod n]=[2*f(x)]
Joerg Arndt
- [seqfan] Re: GF for A083710 Number of partitions [...
franktaw at netscape.net
- [seqfan] Re: GF for A083710 Number of partitions [...
Joerg Arndt
- [seqfan] Re: GF for A083710 Number of partitions [...
Joerg Arndt
- [seqfan] Re: GF for A083710 Number of partitions [...
David Wilson
- [seqfan] GF for A083710 Number of partitions [...]
Joerg Arndt
- [seqfan] Re: GF for A083710 Number of partitions [...]
N. J. A. Sloane
- [seqfan] Re: GF for A083710 Number of partitions [...]
Richard Mathar
- [seqfan] Re: GF for A083710 Number of partitions [...]
Richard Mathar
- [seqfan] Help with simplification of Bessel K expression
Olivier Gerard
- [seqfan] Levenshtein distances with hyphenated number names
Eric Angelini
- [seqfan] message for Robert G Wilson v from njas
N. J. A. Sloane
- [seqfan] Re: more digits of sum over squared inverse twin primes
Faride Firoozbakht
- [seqfan] Re: more digits of sum over squared inverse twin primes
Hagen von Eitzen
- [seqfan] Re: more digits of sum over squared inverse twin primes
Hagen von EItzen
- [seqfan] Re: more digits of sum over squared inverse twin primes
Robert G. Wilson, v
- [seqfan] Re: more digits of sum over squared inverse twin primes
Martin Fuller
- [seqfan] My first base-10 related question here, I think
Leroy Quet
- [seqfan] Re: My first base-10 related question here, I think
Jack Brennen
- [seqfan] Re: My first base-10 related question here, I think
Jack Brennen
- [seqfan] Re: My first base-10 related question here, I think
Hans Havermann
- [seqfan] Re: My first base-10 related question here, I think
Hans Havermann
- [seqfan] Re: My first base-10 related question here, I think
N. J. A. Sloane
- [seqfan] Re: My first base-10 related question here, I think
Robert G. Wilson, v
- [seqfan] Re: My first base-10 related question here, I think
Hans Havermann
- [seqfan] Re: My first base-10 related question here, I think
franktaw at netscape.net
- [seqfan] n = Product derived from binary representation of n
Leroy Quet
- [seqfan] Re: n = Product derived from binary representation of n
Hans Havermann
- [seqfan] Re: n = Product derived from binary representation of n
Jack Brennen
- [seqfan] Re: n = Product derived from binary representation of n
Hagen von EItzen
- [seqfan] need help with new sequences
Tanya Khovanova
- [seqfan] Re: need help with new sequences
Meeussen Wouter (bkarnd)
- [seqfan] Re: need help with new sequences
Benoît Jubin
- [seqfan] Not Binary Palindrome (even with leading 0's)
Leroy Quet
- [seqfan] Re: Not Binary Palindrome (even with leading 0's)
Leroy Quet
- [seqfan] Re: Not Binary Palindrome (even with leading 0's)
Ray Chandler
- [seqfan] Re: Not Binary Palindrome (even with leading 0's)
franktaw at netscape.net
- [seqfan] Re: Not Binary Palindrome (even with leading 0's)
David Wilson
- [seqfan] Re: Not Binary Palindrome (even with leading 0's)
David Wilson
- [seqfan] Pairs Occurring Only Once Among # Of Divisors
Leroy Quet
- [seqfan] Pairs Occurring Only Once Among # Of Divisors
Hagen von EItzen
- [seqfan] Re: Pairs Occurring Only Once Among # Of Divisors
Leroy Quet
- [seqfan] Re: Pairs Occurring Only Once Among # Of Divisors
Leroy Quet
- [seqfan] Pairs Occurring Only Once Among # Of Divisors
Leroy Quet
- [seqfan] Re: Pairs Occurring Only Once Among # Of Divisors
Maximilian Hasler
- [seqfan] Re: Pairs Occurring Only Once Among # Of Divisors
franktaw at netscape.net
- [seqfan] Re: Pairs Occurring Only Once Among # Of Divisors
Jack Brennen
- [seqfan] Re: Pairs Occurring Only Once Among # Of Divisors
Jack Brennen
- [seqfan] Re: Pairs Occurring Only Once Among # Of Divisors
Richard Mathar
- [seqfan] Re: Pairs Occurring Only Once Among # Of Divisors
Hagen von EItzen
- [seqfan] Re: Pairs Occurring Only Once Among # Of Divisors
Hagen von Eitzen
- [seqfan] Re: Pairs Occurring Only Once Among # Of Divisors
T. D. Noe
- [seqfan] Re: Pairs Occurring Only Once Among # Of Divisors
T. D. Noe
- [seqfan] Re: Pairs Occurring Only Once Among # Of Divisors
Maximilian Hasler
- [seqfan] Re: Pairs Occurring Only Once Among # Of Divisors
Maximilian Hasler
- [seqfan] Re: Pairs Occurring Only Once Among # Of Divisors
Maximilian Hasler
- [seqfan] Re: Pairs Occurring Only Once Among # Of Divisors
Hagen von EItzen
- [seqfan] Re: Pairs Occurring Only Once Among # Of Divisors
T. D. Noe
- [seqfan] Re: Pairs Occurring Only Once Among # Of Divisors
Richard Mathar
- [seqfan] Re: Pairs Occurring Only Once Among # Of Divisors
Jack Brennen
- [seqfan] Re: Pairs Occurring Only Once Among # Of Divisors
Hagen von EItzen
- [seqfan] Re: Pairs Occurring Only Once Among # Of Divisors
Hagen von EItzen
- [seqfan] perms and set partitions
Joerg Arndt
- [seqfan] Re: perms and set partitions
Joerg Arndt
- [seqfan] Re: perms and set partitions
franktaw at netscape.net
- [seqfan] please use the web pages to send in changes to sequences!
N. J. A. Sloane
- [seqfan] Re: please use the web pages to send in changes to sequences!
Benoît Jubin
- [seqfan] possible relation in A005132 Recaman's sequence
Georgi Guninski
- [seqfan] Re: possible relation in A005132 Recaman's sequence
Maximilian Hasler
- [seqfan] Re: possible relation in A005132 Recaman's sequence
David Wilson
- [seqfan] Re: possible relation in A005132 Recaman's sequence
Georgi Guninski
- [seqfan] Re: possible relation in A005132 Recaman's sequence
David Wilson
- [seqfan] Puzzle Sequence
David Wilson
- [seqfan] Re: Puzzle Sequence
franktaw at netscape.net
- [seqfan] Re: Puzzle Sequence
Farideh Firoozbakht
- [seqfan] Q regarding comment in A000079 (Powers of 2)
Joerg Arndt
- [seqfan] Re: Q regarding comment in A000079 (Powers of 2)
Hagen von EItzen
- [seqfan] Re: Q regarding comment in A000079 (Powers of 2)
Joerg Arndt
- [seqfan] Re: Q regarding comment in A000079 (Powers of 2)
Joerg Arndt
- [seqfan] Re: Q regarding comment in A000079 (Powers of 2)
franktaw at netscape.net
- [seqfan] Re: Q regarding comment in A000079 (Powers of 2)
Joerg Arndt
- [seqfan] Re: Q regarding comment in A000079 (Powers of 2)
Joerg Arndt
- [seqfan] Q regarding comment in A000079 (Powers of 2)
lajos66 at t-online.hu
- [seqfan] Re: Q regarding comment in A000079 (Powers of 2)
Joerg Arndt
- [seqfan] Question on primes
Creighton Kenneth Dement
- [seqfan] Re: Question on primes
franktaw at netscape.net
- [seqfan] Re: Question on primes
Creighton Kenneth Dement
- [seqfan] Re: Question on primes
Maximilian Hasler
- [seqfan] Questions concerning A003418 and A002944.
peter.luschny at googlemail.com
- [seqfan] Re: Questions concerning A003418 and A002944.
Maximilian Hasler
- [seqfan] Re: Questions concerning A003418 and A002944.
peter.luschny at googlemail.com
- [seqfan] Range of one-to-one multiplicative functions
franktaw at netscape.net
- [seqfan] Re: Range of one-to-one multiplicative functions
victor miller
- [seqfan] Re counting problem
N. J. A. Sloane
- [seqfan] Re: Re counting problem
Prof. Dr. Alois Heinz
- [seqfan] Request for edit of A161664
Enoch Haga
- [seqfan] Revision to A160763.
Robert G. Wilson, v
- [seqfan] Re: Seq. A118064.
Robert Gerbicz
- [seqfan] Re: Seq. A118064.
Robert G. Wilson, v
- [seqfan] Re: Sequence A019334
David Wilson
- [seqfan] Re: Sequence A019334
Joerg Arndt
- [seqfan] SImplified description of A161373 and A161374
Hagen von Eitzen
- [seqfan] Re: SImplified description of A161373 and A161374
franktaw at netscape.net
- [seqfan] Re: SImplified description of A161373 and A161374
Hagen von EItzen
- [seqfan] Re: SImplified description of A161373 and A161374
Paolo Lava
- [seqfan] Re: SImplified description of A161373 and A161374
Hagen von EItzen
- [seqfan] Re: Sloane's Sequence A023052
David Wilson
- [seqfan] Re: Sloane's Sequence A023052
Richard Mathar
- [seqfan] Re: Sloane's Sequence A023052
Hans Havermann
- [seqfan] Re: Sloane's Sequence A023052
Robert G. Wilson, v
- [seqfan] Re: Sloane's Sequence A023052
Hans Havermann
- [seqfan] Re: Sloane's Sequence A023052
N. J. A. Sloane
- [seqfan] Re: Sloane's Sequence A023052
Richard Mathar
- [seqfan] Re: Sloane's Sequence A023052
Hans Havermann
- [seqfan] Re: Sloane's Sequence A023052
Joseph S. Myers
- [seqfan] Re: Sloane's Sequence A023052
franktaw at netscape.net
- [seqfan] Re: Sloane's Sequence A023052
Hans Havermann
- [seqfan] Re: Sloane's Sequence A023052
Joseph S. Myers
- [seqfan] Re: Sloane's Sequence A023052
Joseph S. Myers
- [seqfan] Re: Sloane's Sequence A023052
Hans Havermann
- [seqfan] square + n = triangle
David Wilson
- [seqfan] Re: square + n = triangle
Max Alekseyev
- [seqfan] suggest comment for A000085 (Involutions)
Joerg Arndt
- [seqfan] Suggested method to generate A004080 b-file
David Wilson
- [seqfan] Re: Suggested method to generate A004080 b-file
T. D. Noe
- [seqfan] Re: Suggested method to generate A004080 b-file
N. J. A. Sloane
- [seqfan] Sums of values of A113907. Sums of dimensions of the five sporadic Lie groups. Dimensions of direct products of sporadic Lie groups.
Jonathan Post
- [seqfan] Re: Sums of values of A113907. Sums of dimensions of the five sporadic Lie groups. Dimensions of direct products of sporadic Lie groups.
Robert Gerbicz
- [seqfan] Re: Sums of values of A113907. Sums of dimensions of the five sporadic Lie groups. Dimensions of direct products of sporadic Lie groups.
Richard Mathar
- [seqfan] Re: Sums of values of A113907. Sums of dimensions of the five sporadic Lie groups. Dimensions of direct products of sporadic Lie groups.
Jonathan Post
- [seqfan] Re: Sums of values of A113907. Sums of dimensions of the five sporadic Lie groups. Dimensions of direct products of sporadic Lie groups.
T. D. Noe
- [seqfan] Re: Sums of values of A113907. Sums of dimensions of the five sporadic Lie groups. Dimensions of direct products of sporadic Lie groups.
Jonathan Post
- [seqfan] Re: Sums of values of A113907. Sums of dimensions of the five sporadic Lie groups. Dimensions of direct products of sporadic Lie groups.
Richard Mathar
- [seqfan] TITO sequences
Tanya Khovanova
- [seqfan] Re: TITO sequences
zak seidov
- [seqfan] Re: Toothpick sequences (again)
David Wilson
- [seqfan] Re: Toothpick sequences (again)
Omar E. Pol
- [seqfan] Re: Toothpick sequences (again)
Benoît Jubin
- [seqfan] Re: Toothpick sequences (again) (from Richard Mathar by way of admin)
Olivier Gerard
- [seqfan] Re: Toothpick sequences (again) (from Richard Mathar by way of admin)
Benoît Jubin
- [seqfan] Re: Toothpick sequences (again) (from Richard Mathar by way of admin)
franktaw at netscape.net
- [seqfan] Re: Toothpick sequences (again) (from Richard Mathar by way of admin)
Benoît Jubin
- [seqfan] Re: Toothpick sequences (again) (from Richard Mathar by way of admin)
Benoît Jubin
- [seqfan] Twin prime conjecture conjecture
Creighton Kenneth Dement
- [seqfan] Re: Twin prime conjecture conjecture
Max Alekseyev
- [seqfan] Re: Twin prime conjecture conjecture
Creighton Kenneth Dement
Last message date:
Tue Jun 30 15:15:05 CEST 2009
Archived on: Sun Jan 15 12:28:25 CET 2023
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