sci.math

• Thread Index

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• Re: infinity
  • From: aeo6
• Re: infinity
  • From: aeo6
• Re: How Were Those Tables Computed?
  • From: Richard Henry
• Re: infinity
  • From: Virgil
• Re: infinity
  • From: Virgil
• Re: infinity
  • From: aeo6
• Re: infinity and intuition
  • From: Robert Low
• Re: infinity
  • From: aeo6
• Re: infinity
  • From: imaginatorium
• Re: infinity
  • From: aeo6
• Re: infinity
  • From: Robert Low
• Re: infinity
  • From: aeo6
• Re: infinity and intuition
  • From: Robert Low
• Re: infinity
  • From: aeo6
• Re: How Were Those Tables Computed?
  • From: Rick Decker
• Re: infinity
  • From: aeo6
• Re: infinity
  • From: Daryl McCullough
• Re: For non-diagonalizable matrix A, how do you compute exp(t*A)?
  • From: ArtflDodgr
• Re: Continuity of inverse of continuous function
  • From: Arturo Magidin
• Re: infinity
  • From: aeo6
• Re: infinity
  • From: Daryl McCullough
• Re: infinity
  • From: Daryl McCullough
• Re: What kind of nxn matrix has less than n linearly independent eigenvectors?
  • From: Robert M . Mazo
• Re: infinity
  • From: stephen
• Re: infinity
  • From: Virgil
• Re: infinity
  • From: stephen
• Re: Congruence with division
  • From: Keith A. Lewis
• Re: infinity
  • From: stephen
• Re: Need help to calculate ELLIPSES.
  • From: Robert Israel
• Re: infinity
  • From: Virgil
• Re: infinity
  • From: Virgil
• Re: Multiplicative Seminorms
  • From: Robert Low
• Re: infinity
  • From: Virgil
• Re: infinity
  • From: Virgil
• Re: infinity
  • From: Virgil
• Re: infinity
  • From: Virgil
• Re: infinity
  • From: David R Tribble
• Re: infinity and intuition
  • From: Dave Seaman
• Re: infinity
  • From: David R Tribble
• Re: Continuity of inverse of continuous function
  • From: Narasimham
• Re: infinity
  • From: Virgil
• Re: infinity
  • From: aeo6
• Re: infinity
  • From: Daryl McCullough
• Re: infinity
  • From: aeo6
• Re: infinity
  • From: aeo6
• Re: infinity
  • From: Randy Poe
• Re: infinity
  • From: Randy Poe
• Re: infinity
  • From: aeo6
• Re: jars and marbles again...
  • From: Keith A. Lewis
• Re: infinity
  • From: Randy Poe
• Re: infinity
  • From: aeo6
• Re: Continuity of inverse of continuous function
  • From: Michael Stemper
• Re: infinity
  • From: aeo6
• Re: Continuity of inverse of continuous function
  • From: Michael Stemper
• Re: How Were Those Tables Computed?
  • From: Jim Spriggs
• Re: infinity
  • From: Daryl McCullough
• Re: How Were Those Tables Computed?
  • From: mensanator@xxxxxxxxxxx
• Re: infinity
  • From: stephen
• Re: infinity
  • From: aeo6
• Re: infinity
  • From: aeo6
• Re: infinity
  • From: aeo6
• Re: infinity
  • From: aeo6
• Re: infinity
  • From: stephen
• Re: infinity
  • From: aeo6
• Re: infinity
  • From: Jiri Lebl
• Re: infinity
  • From: David R Tribble
• Re: infinity
  • From: aeo6
• Re: really easy trig question
  • From: matt271829-news
• Re: infinity
  • From: aeo6
• Re: infinity
  • From: Jiri Lebl
• Re: infinity
  • From: aeo6
• Re: infinity
  • From: aeo6
• Re: jars and marbles again...
  • From: Torsten Hennig
• Re: optimisation problem!!!
  • From: The Qurqirish Dragon
• Re: infinity and intuition
  • From: David R Tribble
• Re: infinity and intuition
  • From: David R Tribble
• Re: How Were Those Tables Computed?
  • From: Rick Decker
• Re: infinity
  • From: aeo6
• Re: Odd twin composite challenge!
  • From: Dan
• Re: Cardinality of Real Numbers
  • From: Jonathan Hoyle
• Re: infinity
  • From: aeo6
• Re: Looking for an algorithm to accomplish the following
  • From: fadi
• Re: Multiplicative Seminorms
  • From: barr
• Re: number sequence
  • From: mathedman
• Re: infinity
  • From: aeo6
• Re: infinity
  • From: Martin Semerád
• Re: Cardinality of Real Numbers
  • From: Dik T. Winter
• Re: Looking for an algorithm to accomplish the following
  • From: fadi
• Re: infinity
  • From: Dik T. Winter
• Re: Looking for an algorithm to accomplish the following
  • From: fadi
• Re: How Were Those Tables Computed?
  • From: Dik T. Winter
• Re: optimisation problem!!!
  • From: Puppet_Sock
• Re: optimisation problem!!!
  • From: Puppet_Sock
• Re: What is the dual of l^\infty ?
  • From: G. A. Edgar
• Re: Han's startling new set theory.
  • From: Dik T. Winter
• Re: infinity
  • From: aeo6
• Re: infinity
  • From: aeo6
• Re: Multiplicative Seminorms
  • From: G. A. Edgar
• Re: infinity
  • From: aeo6
• Re: infinity
  • From: Randy Poe
• Re: Two new conjectures about primes
  • From: scattered
• Re: infinity
  • From: aeo6
• Re: Cardinality of Real Numbers
  • From: Ross A. Finlayson
• Multiplicative Seminorms
  • From: Maury Barbato
• Re: infinity
  • From: David Kastrup
• Re: infinity
  • From: Randy Poe
• Re: Han's startling new set theory.
  • From: Randy Poe
• Re: infinity
  • From: aeo6
• Re: infinity
  • From: aeo6
• Re: infinity
  • From: aeo6
• Re: jars and marbles again...
  • From: boi
• Re: infinity
  • From: aeo6
• Re: Congruence with division
  • From: scattered
• Re: Congruence with division
  • From: David Kastrup
• Re: jars and marbles again...
  • From: Torsten Hennig
• Re: really easy trig question
  • From: The Qurqirish Dragon
• Re: really easy trig question
  • From: matt271829-news
• Congruence with division
  • From: Ulrich Sondermann
• Re: How Were Those Tables Computed?
  • From: Carl Parkes
• Re: jars and marbles again...
  • From: boi
• Re: really easy trig question
  • From: Phil Nicholson
• Re: What is the dual of l^\infty ?
  • From: David C . Ullrich
• Re: really easy trig question
  • From: .
• Re: infinity
  • From: Martin Shobe
• Re: Two new conjectures about primes
  • From: Patrick Capelle
• Re: Matrixproduct or scalar multiplied with matrix?
  • From: Paminu
• Two new conjectures about primes
  • From: Patrick Capelle
• Re: really easy trig question
  • From: matt271829-news
• really easy trig question
  • From: .
• Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
  • From: matt271829-news
• Re: Solution for positive integeres
  • From: Narasimham
• Re: jars and marbles again...
  • From: Torsten Hennig
• optimisation problem!!!
  • From: jib jib
• Re: Lowly composite numbers
  • From: Hauke Reddmann
• Re: Differentiation with traces and matrices
  • From: vijayasarathi.j@xxxxxxxxx
• Re: Collection of formels ?
  • From: Juel
• Re: Need help to calculate ELLIPSES.
  • From: john_ramsden
• Re: Collection of formels ?
  • From: Juel
• jars and marbles again...
  • From: boi
• Re: Linear matrix transformation
  • From: Timothy Little
• Re: Han's startling new set theory.
  • From: Timothy Little
• Re: Need help to calculate ELLIPSES.
  • From: Narasimham
• Re: infinity
  • From: Robert Low
• Re: Han's startling new set theory.
  • From: Androcles
• Distributed calculation of mean vector
  • From: h2g
• Re: Han's startling new set theory.
  • From: Androcles
• Re: Matrixproduct or scalar multiplied with matrix?
  • From: Torsten Hennig
• Re: Han's startling new set theory.
  • From: Timothy Little
• Re: Looking for an algorithm to accomplish the following
  • From: Philippe 92
• Re: How Were Those Tables Computed?
  • From: William Elliot
• Re: calculating the centroid
  • From: Hans-Henning . Gabriel
• Matrixproduct or scalar multiplied with matrix?
  • From: Paminu
• Re: Looking for an algorithm to accomplish the following
  • From: Jaco van Niekerk
• Re: How Were Those Tables Computed?
  • From: Gerry Myerson
• Re: odds of seeing total eclipse from the eye of a hurricane
  • From: kendo
• Some cute divergent series.
  • From: w . taylor
• Re: How Were Those Tables Computed?
  • From: William Elliot
• Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
  • From: Proginoskes
• Re: Collection of formels ?
  • From: kendo
• Re: Looking for an algorithm to accomplish the following
  • From: kendo
• Re: Looking for an algorithm to accomplish the following
  • From: kendo
• Re: Need help to calculate ELLIPSES.
  • From: Michael Jørgensen
• Re: number sequence
  • From: Anon
• What is the dual of l^\infty ?
  • From: tommi . hoynalanmaa
• Re: FFT HELP PLEASE
  • From: Sarah
• Re: recondite herculean style puzzle
  • From: Dante Alighieri
• Re: how to compute this fast using paper and pencil?
  • From: Bill Dubuque
• Need help to calculate ELLIPSES.
  • From: jeuro
• Re: How Were Those Tables Computed?
  • From: mensanator@xxxxxxxxxxx
• Re: Collection of formels ?
  • From: Karl
• Re: Collection of formels ?
  • From: Karl
• Re: Cardinality of Real Numbers
  • From: Virgil
• Re: Proof of Zorn Lemma
  • From: Ronald Bruck
• Re: number sequence
  • From: Virgil
• Re: FFT HELP PLEASE
  • From: Randy Poe
• Re: Cardinality of Real Numbers
  • From: Ross A. Finlayson
• Re: FFT HELP PLEASE
  • From: Daniel McLaury
• Re: FFT HELP PLEASE
  • From: gene . ressler
• Re: number sequence
  • From: quasi
• Re: Looking for an algorithm to accomplish the following
  • From: fadi
• Re: Looking for an algorithm to accomplish the following
  • From: fadi
• Re: recondite herculean style puzzle
  • From: Robert J. Kolker
• Re: Differentiation with traces and matrices
  • From: Sudarshan Raghunathan
• Re: on-line programming courses
  • From: Brad Cooper
• Re: Bedeviled by the .999~ = 1 "debate"
  • From: Minus XVII
• Re: Tools and software to help new math student?
  • From: me
• Re: recondite herculean style puzzle
  • From: Rouben Rostamian
• Re: How to build a k-partite graph?
  • From: Proginoskes
• Re: New proof of Four Color Theorem
  • From: Proginoskes
• Re: New proof of Four Color Theorem
  • From: Proginoskes
• recondite herculean style puzzle
  • From: Dante Alighieri
• Re: Looking for an algorithm to accomplish the following
  • From: mensanator@xxxxxxxxxxx
• Re: number sequence
  • From: snapdragon31
• Re: infinity
  • From: David Kastrup
• Re: number sequence
  • From: Gottfried Helms
• Re: infinity
  • From: Dik T. Winter
• Re: infinity
  • From: Virgil
• Re: Lowly composite numbers
  • From: Gerry Myerson
• Re: Goldbach & Riemann
  • From: fiesh
• Re: infinity
  • From: David R Tribble
• FFT HELP PLEASE
  • From: Sarah
• Re: infinity
  • From: Virgil
• Re: infinity
  • From: Dik T. Winter
• Re: number sequence
  • From: Arturo Magidin
• Re: How Were Those Tables Computed?
  • From: Rick Decker
• Re: Han's startling new set theory.
  • From: Dik T. Winter
• number sequence
  • From: Russ
• TO's quantifier dyslexia rears its ugly head again
  • From: Virgil
• Re: infinity
  • From: Virgil
• Re: calculating the centroid
  • From: Rusty
• Re: infinity
  • From: stephen
• Re: infinity
  • From: Virgil
• Re: infinity
  • From: stephen
• Re: How Were Those Tables Computed?
  • From: Gerry Myerson
• Re: Goldbach & Riemann
  • From: Timothy Murphy
• Looking for an algorithm to accomplish the following
  • From: fadi
• Re: infinity
  • From: Virgil
• Re: infinity
  • From: Virgil
• Re: Differentiation with traces and matrices
  • From: Timothy Murphy
• Re: infinity
  • From: Virgil
• Re: infinity
  • From: Virgil
• Re: infinity
  • From: Virgil
• Re: infinity
  • From: Virgil
• Re: infinity
  • From: Virgil
• Re: Simple Treatment of Poisson Distribution?
  • From: Anon
• Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
  • From: matt271829-news
• Re: infinity
  • From: stephen
• Re: infinity
  • From: Virgil
• Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
  • From: george ghiata
• Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
  • From: george ghiata
• Re: How Were Those Tables Computed?
  • From: jmorriss@xxxxxxxxxxx
• Re: infinity
  • From: Randy Poe
• Simple Treatment of Poisson Distribution?
  • From: wheierman@xxxxxxxxxxxxxxxxx
• Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
  • From: george ghiata
• Re: infinity
  • From: stephen
• Re: infinity
  • From: stephen
• Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
  • From: george ghiata
• Re: Han's startling new set theory.
  • From: cbrown
• Re: How to build a k-partite graph?
  • From: bill
• Re: infinity
  • From: Daryl McCullough
• Re: infinity
  • From: Virgil
• Re: infinity
  • From: Virgil
• Re: Matric question.....
  • From: quasi
• Re: Odd twin composite challenge!
  • From: snapdragon31
• Re: infinity
  • From: Virgil
• Re: Han's startling new set theory.
  • From: cbrown
• Re: infinity
  • From: Randy Poe
• Re: least squares problem
  • From: gwh
• Re: infinity
  • From: Virgil
• Please help me solve this DE
  • From: Brablo
• Re: infinity
  • From: Virgil
• Re: infinity
  • From: aeo6
• Re: infinity
  • From: Virgil
• Re: infinity
  • From: Virgil
• Re: infinity
  • From: aeo6
• Re: infinity
  • From: imaginatorium
• Re: Odd twin composite challenge!
  • From: Dan
• Re: New proof of Four Color Theorem
  • From: quasi
• Re: infinity
  • From: aeo6
• Re: infinity
  • From: imaginatorium
• Re: infinity
  • From: Virgil
• Re: Solution for positive integeres
  • From: snapdragon31
• Re: Collection of formels ?
  • From: Herman Rubin
• Re: For non-diagonalizable matrix A, how do you compute exp(t*A)?
  • From: nahsrad
• Re: How Were Those Tables Computed?
  • From: Herman Rubin
• Re: How Were Those Tables Computed?
  • From: Herman Rubin
• Re: Proof of Zorn Lemma
  • From: Herman Rubin
• Re: infinity
  • From: Virgil
• Re: For non-diagonalizable matrix A, how do you compute exp(t*A)?
  • From: Herman Rubin
• Re: odds of seeing total eclipse from the eye of a hurricane
  • From: Keith A. Lewis
• Re: infinity
  • From: Virgil
• Re: infinity
  • From: Virgil
• Re: How Were Those Tables Computed?
  • From: Herman Rubin
• Re: infinity
  • From: aeo6
• Re: infinity
  • From: Robert Low
• Re: New proof of Four Color Theorem
  • From: bill
• Re: infinity
  • From: aeo6
• Re: infinity
  • From: stephen
• Re: infinity
  • From: aeo6
• Re: Odd twin composite challenge!
  • From: Robert Israel
• Re: infinity
  • From: aeo6
• Re: infinity
  • From: aeo6
• Re: infinity
  • From: stephen
• Re: infinity
  • From: aeo6
• Re: infinity
  • From: aeo6
• Re: infinity
  • From: aeo6
• Re: infinity
  • From: aeo6
• Re: infinity
  • From: Randy Poe
• Re: infinity
  • From: aeo6
• Re: Undefined function question...
  • From: Androcles
• Re: infinity
  • From: aeo6
• Re: UK Math Grad Schools
  • From: Jim Spriggs
• Re: infinity
  • From: aeo6
• Re: infinity
  • From: aeo6
• Re: Continuity of inverse of continuous function
  • From: David C. Ullrich
• Re: infinity
  • From: aeo6
• Re: Odd twin composite challenge!
  • From: James Waldby
• on-line programming courses
  • From: conradeaton
• Re: infinity
  • From: aeo6
• Re: infinity
  • From: Dave Seaman
• Re: uniqueness of a solution
  • From: Robert Israel
• Re: Can you find the eigenvalue and eigenvector of this matrix fast?
  • From: Robert Israel
• UK Math Grad Schools
  • From: John . 4man
• Re: three-element lattice expression and Polya's enumeration
  • From: Marc Olschok
• Re: least squares problem
  • From: mark_dp73
• Re: least squares problem
  • From: mark_dp73
• Re: online eigenvalue calculator
  • From: Rod
• Re: infinity
  • From: Jiri Lebl
• Re: least squares problem
  • From: Rod
• Re: New proof of Four Color Theorem
  • From: Arturo Magidin
• Re: Lowly composite numbers
  • From: stush
• Re: How Were Those Tables Computed?
  • From: Rick Decker
• Re: online eigenvalue calculator
  • From: Trifon
• Re: New proof of Four Color Theorem
  • From: bill . daly
• Re: least squares problem
  • From: mhill37
• Re: online eigenvalue calculator
  • From: mhill37
• Re: least squares problem
  • From: Randy Poe
• Re: New proof of Four Color Theorem
  • From: Arturo Magidin
• Re: How Were Those Tables Computed?
  • From: Jim Spriggs
• Re: Solution for positive integeres
  • From: Narasimham
• Re: Han's startling new set theory.
  • From: Jiri Lebl
• Re: How to integrate this by pen and pencil?
  • From: Geert-Jan Uytdewilligen
• Re: Bedeviled by the .999~ = 1 "debate"
  • From: Pubkeybreaker
• Re: infinity
  • From: Dave Rusin
• Re: Collection of formels ?
  • From: Dave Rusin
• least squares problem
  • From: mark_dp73
• Re: New proof of Four Color Theorem
  • From: G.E. Ivey
• Re: Bedeviled by the .999~ = 1 "debate"
  • From: G.E. Ivey
• Re: Han's startling new set theory.
  • From: Jiri Lebl
• calculating the centroid
  • From: Hans-Henning . Gabriel
• uniqueness of a solution
  • From: Geert-Jan Uytdewilligen
• New proof of Four Color Theorem
  • From: anand_bheemaraju
• Re: measurable function
  • From: Amanda
• Re: infinity
  • From: Randy Poe
• Re: infinity
  • From: aeo6
• Re: Proof for Matrix multiplication
  • From: Robert Low
• Re: infinity
  • From: Robert Low
• Re: infinity
  • From: David Kastrup
• Re: infinity
  • From: Randy Poe
• Differentiation with traces and matrices
  • From: vijayasarathi.j@xxxxxxxxx
• Re: infinity
  • From: Daryl McCullough
• Re: infinity
  • From: aeo6
• Re: Bedeviled by the .999~ = 1 "debate"
  • From: GarryDenke
• Re: online eigenvalue calculator
  • From: Rod
• Re: infinity
  • From: aeo6
• Re: Linear matrix transformation
  • From: Han de Bruijn
• Re: Aleksandr Ilin: a nwe Fermat proof?
  • From: Helmut Richter
• Re: Cardinality of Real Numbers
  • From: Jonathan Hoyle
• Re: Bedeviled by the .999~ = 1 "debate"
  • From: garrydenke
• Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
  • From: Raymond Burhoe
• Re: online eigenvalue calculator
  • From: Sylvain Croussette
• Re: infinity
  • From: aeo6
• How to integrate a product of exponentials
  • From: Moeen
• " A nice iterate : f(x,y) = m ^ [y+c] (n^ -1(x) ) "
  • From: alainverghote
• Re: Proof for Matrix multiplication
  • From: The Qurqirish Dragon
• How to build a k-partite graph?
  • From: tzuchien . chiu
• Re: Collection of formels ?
  • From: Juel
• Re: How Were Those Tables Computed?
  • From: Dave Seaman
• Re: How to integrate this by pen and pencil?
  • From: A N Niel
• Re: Linear matrix transformation
  • From: A N Niel
• Re: "minus infinity to infinity" series
  • From: G. A. Edgar
• Re: Proof for Matrix multiplication
  • From: Paminu
• Re: Collection of formels ?
  • From: Pubkeybreaker
• Re: Proof for Matrix multiplication
  • From: mtx014
• Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
  • From: matt271829-news
• Re: "minus infinity to infinity" series
  • From: David C . Ullrich
• Collection of formels ?
  • From: Juel
• online eigenvalue calculator
  • From: Rod
• Re: Matric question.....
  • From: Elias Vicari
• Re: Lowly composite numbers
  • From: Gerry Myerson
• Re: Goldbach & Riemann
  • From: computer
• Proof for Matrix multiplication
  • From: Paminu
• Re: Linear matrix transformation
  • From: Han de Bruijn
• Re: Goldbach & Riemann
  • From: José Carlos Santos
• Lowly composite numbers
  • From: Hauke Reddmann
• Linear matrix transformation
  • From: .
• Re: Goldbach & Riemann
  • From: Gerry Myerson
• Re: Goldbach & Riemann
  • From: Gerry Myerson
• Re: simple complex number query
  • From: .
• Re: How Were Those Tables Computed?
  • From: Bill Dubuque
• Re: simple complex number query
  • From: Rusty
• Re: infinity and intuition
  • From: Herman Jurjus
• Goldbach & Riemann
  • From: computer
• Re: A set containing a nonempty open interval
  • From: PiSigma
• Re: Solution for positive integeres
  • From: snapdragon31
• Re: Solution for positive integeres
  • From: snapdragon31
• Re: expected number of flips to get two of the same value
  • From: Torsten Hennig
• Re: expected number of flips to get two of the same value
  • From: Ernest
• Re: expected number of flips to get two of the same value
  • From: Zass
• Re: Han's startling new set theory.
  • From: Han de Bruijn
• Re: Cardinality of Real Numbers
  • From: Proginoskes
• Re: simple complex number query
  • From: boi
• Re: how to compute this fast using paper and pencil?
  • From: kiki
• Re: Can you find the eigenvalue and eigenvector of this matrix fast?
  • From: kiki
• simple complex number query
  • From: .
• expected number of flips to get two of the same value
  • From: Zass
• Re: How Were Those Tables Computed?
  • From: mensanator@xxxxxxxxxxx
• Re: Proof of Zorn Lemma
  • From: William Elliot
• Re: Han's startling new set theory.
  • From: Timothy Little
• How Were Those Tables Computed?
  • From: w . taylor
• odds of seeing total eclipse from the eye of a hurricane
  • From: dasincal
• Re: INFINITY Revisited
  • From: stephen
• Re: Matric question.....
  • From: quasi
• Re: Tools and software to help new math student?
  • From: David
• Re: Matric question.....
  • From: quasi
• Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
  • From: george ghiata
• Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
  • From: george ghiata
• Re: INFINITY Revisited
  • From: Don Whitehurst
• Re: Rational and irrational numbers
  • From: quasi
• Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
  • From: quasi
• Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
  • From: quasi
• Re: Cardinality of Real Numbers
  • From: Ross A. Finlayson
• Re: Rational and irrational numbers
  • From: quasi
• Re: Han's startling new set theory.
  • From: cbrown
• Re: Solution for positive integeres
  • From: Narasimham
• Re: Han's startling new set theory.
  • From: cbrown
• Re: Rational and irrational numbers
  • From: quasi
• Re: Han's startling new set theory.
  • From: david petry
• Re: infinity
  • From: Virgil
• Re: Cardinality of Real Numbers
  • From: Shmuel (Seymour J.) Metz
• Re: infinity
  • From: Virgil
• Re: Han's startling new set theory.
  • From: david petry
• Re: infinity and intuition
  • From: Dik T. Winter
• Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
  • From: quasi
• Re: Han's startling new set theory.
  • From: Dik T. Winter
• Re: Han's startling new set theory.
  • From: david petry
• Re: "minus infinity to infinity" series
  • From: gabriel_gauthier
• Re: How Were Those Tables Computed?
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• Re: pronunciation of Abelian
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• Re: How Were Those Tables Computed?
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• Matric question.....
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• Re: How Many Loops from PQRST
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• Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
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• "minus infinity to infinity" series
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• Re: infinity
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• Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
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• Re: infinity
  • From: Virgil
• Re: How Were Those Tables Computed?
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• Re: infinity
  • From: Virgil
• Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
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• Re: infinity and intuition
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• Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
  • From: george ghiata
• Re: infinity and intuition
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• Re: Points and numbers.
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• Re: Rational and irrational numbers
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• Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
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• Re: Roots of a polynomial
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• Re: Rational and irrational numbers
  • From: Arturo Magidin
• Re: Rational and irrational numbers
  • From: Daniel W. Johnson
• Re: Rational and irrational numbers
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• Re: Rational and irrational numbers
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• Re: How Were Those Tables Computed?
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• Re: Rational and irrational numbers
  • From: deepkdeb
• Re: infinity
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• Re: How Were Those Tables Computed?
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• Re: Bedeviled by the .999~ = 1 "debate"
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• Re: How Were Those Tables Computed?
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• Re: A question about set theory.
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• Re: A question about set theory.
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• Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
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• Re: Han's startling new set theory.
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• Re: Cardinality of Real Numbers
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• Re: infinity and intuition
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• Re: infinity and intuition
  • From: David R Tribble
• Re: Rational and irrational numbers
  • From: quasi
• Re: Hyperboloid Question
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• Re: Han's startling new set theory.
  • From: Androcles
• Re: Han's startling new set theory.
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• Re: Cardinality of Real Numbers
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• Re: infinity
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• Re: Han's startling new set theory.
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• Re: pronunciation of Abelian
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• Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
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• Re: How to integrate this by pen and pencil?
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• Re: infinity
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• Re: Proof of Zorn Lemma
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• Re: Co-countable topology
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• Re: infinity
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• Re: A question about set theory.
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• Re: infinity
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• Re: Co-countable topology
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• Re: pronunciation of Abelian
  • From: quasi
• Re: pronunciation of Abelian
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• Re: Combined Fingerprints
  • From: mmccarthy21
• SudokuPC: OK
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• Re: pronunciation of Abelian
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• Re: Han's startling new set theory.
  • From: cbrown
• Re: Han's startling new set theory.
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• Re: pronunciation of Abelian
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• Re: pronunciation of Abelian
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• Re: pronunciation of Abelian
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• Re: Rational and irrational numbers
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• How Many Loops from PQRST
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• A question about symmetric groups
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• Re: For non-diagonalizable matrix A, how do you compute exp(t*A)?
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• Re: infinity
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• Re: How Were Those Tables Computed?
  • From: Keith A. Lewis
• Combined Fingerprints
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• Re: Continuity of inverse of continuous function
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• Re: Co-countable topology
  • From: Arturo Magidin
• Re: Rational and irrational numbers
  • From: Keith A. Lewis
• Re: three-element lattice expression and Polya's enumeration
  • From: Peter van Emburg
• Hom(-,C) on distinguished triangles
  • From: David Spivak
• Re: pronunciation of Abelian
  • From: Rainer Rosenthal
• Re: Co-countable topology
  • From: Arturo Magidin
• Co-countable topology
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• Re: Han's startling new set theory.
  • From: David Kastrup
• Re: pronunciation of Abelian
  • From: Helmut Richter
• Re: pronunciation of Abelian
  • From: Nathan
• Re: pronunciation of Abelian
  • From: Richard Tobin
• Re: pronunciation of Abelian
  • From: Arturo Magidin
• Re: pronunciation of Abelian
  • From: Richard Tobin
• Re: infinity
  • From: gmr_rawson
• Re: pronunciation of Abelian
  • From: Dave Seaman
• Re: Han's startling new set theory.
  • From: Androcles
• Re: pronunciation of Abelian
  • From: Richard Tobin
• Re: Sphere packing - Why so difficult?
  • From: Dan
• Re: pronunciation of Abelian
  • From: Hero
• Re: " Wanted solutions to iterated f : ( f(x) ) ^ [ln(Pi)] = x , f(x) real "
  • From: alainverghote
• Re: three-element lattice expression and Polya's enumeration
  • From: Marc Olschok
• Re: Coxeter groups E6, E7, E8
  • From: Jim Heckman
• Odd twin composite challenge!
  • From: Dan
• Re: What should a mod() function do then?
  • From: Ioannis
• Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
  • From: george ghiata
• Re: Continuity of inverse of continuous function
  • From: NotP
• Re: infinity
  • From: aeo6
• Re: What should a mod() function do then?
  • From: David W . Cantrell
• Re: A set containing a nonempty open interval
  • From: Amanda
• Re: Continuity of inverse of continuous function
  • From: Arturo Magidin
• Re: infinity and intuition
  • From: Han de Bruijn
• Re: standard deviation and variance, co-efficient how are they used in finance
  • From: bnath001
• Re: three-element lattice expression and Polya's enumeration
  • From: Peter van Emburg
• Re: Continuity of inverse of continuous function
  • From: Robert Low
• Re: Han's startling new set theory.
  • From: Han de Bruijn
• Continuity of inverse of continuous function
  • From: Michael Stemper
• Re: INFINITY Revisited
  • From: Dave Seaman
• elementary equivalent (was: complete theory of abelian groups?
  • From: G. A. Edgar
• Re: Another Coxeter group question
  • From: Jyrki Lahtonen
• Re: I think that French verb conjugation is as simple as, if not simpler than, that of English (no kidding!) - see www.sixpourcent.com
  • From: A N Niel
• Re: infinity and intuition
  • From: Ioannis
• Re: Spherically symmetrical field from 2D field
  • From: franjesus
• Some reference for Banach density (uniform density)?
  • From: Martin
• Re: pronunciation of Abelian
  • From: Robert Kolker
• Re: Han's startling new set theory.
  • From: Han de Bruijn
• Re: Han's startling new set theory.
  • From: Martin Shobe
• Re: I think that French verb conjugation is as simple as, if not simpler than, that of English (no kidding!) - see www.sixpourcent.com
  • From: G.E. Ivey
• Re: pronunciation of Abelian
  • From: G.E. Ivey
• Re: A set containing a nonempty open interval
  • From: David C . Ullrich
• Re: LiTTLE iMPs ..a GR MYSTERY.!!
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• " Wanted solutions to iterated f : ( f(x) ) ^ [ln(Pi)] = x , f(x) real "
  • From: alainverghote
• Re: how to compute this fast using paper and pencil?
  • From: G.E. Ivey
• Re: WARNING: SudokuPC
  • From: Ioannis
• New Book: "Visual Computing: Geometry, Graphics, and Vision"
  • From: Frank
• Re: What did they do with the 4?
  • From: Shmuel (Seymour J.) Metz
• SudokuPC - Warning not required
  • From: SudokuJohn
• Re: City-block volume in N dimensions / a nice representation of delannoy numbers in terms of a binomial-matrix
  • From: Gottfried Helms
• Re: Han's startling new set theory.
  • From: David Kastrup
• Re: undefined terms
  • From: Shmuel (Seymour J.) Metz
• Re: how to compute this fast using paper and pencil?
  • From: William Elliot
• Re: A question about set theory.
  • From: William Elliot
• Re: WARNING: SudokuPC
  • From: SudokuJohn
• Re: three-element lattice expression and Polya's enumeration
  • From: William Elliot
• Re: pronunciation of Abelian
  • From: Androcles
• Re: Han's startling new set theory.
  • From: cbrown
• Re: Silly question
  • From: Jaco van Niekerk
• Re: Han's startling new set theory.
  • From: Androcles
• Re: Silly question
  • From: Jaco van Niekerk
• Re: pronunciation of Abelian
  • From: Richard Tobin
• Re: Han's startling new set theory.
  • From: Han de Bruijn
• Re: Han's startling new set theory.
  • From: Han de Bruijn
• Re: three-element lattice expression and Polya's enumeration
  • From: Peter van Emburg
• Re: Han's startling new set theory.
  • From: Han de Bruijn
• New mathematics/physical sciences positions at http://jobs.phds.org, August 29, 2005
  • From: PhDs . org Webmaster
• Re: Han's startling new set theory.
  • From: Han de Bruijn
• A question about set theory.
  • From: Golden Boar
• Re: For non-diagonalizable matrix A, how do you compute exp(t*A)?
  • From: Jyrki Lahtonen
• Re: pronunciation of Abelian
  • From: Rainer Rosenthal
• Re: Coxeter groups E6, E7, E8
  • From: Jyrki Lahtonen
• Re: Cardinality of Real Numbers
  • From: Darko Aleksic
• Re: complete theory of abelian groups?
  • From: Helmut Richter
• Re: pronunciation of Abelian
  • From: Androcles
• Re: What does Gödel's Incompleteness mean for the Working Mathematician?
  • From: RichD
• Re: Silly question
  • From: Jaco van Niekerk
• Re: infinity and intuition
  • From: Herman Jurjus
• Re: infinity
  • From: Gordon Collins
• how to compute this fast using paper and pencil?
  • From: kiki
• For non-diagonalizable matrix A, how do you compute exp(t*A)?
  • From: kiki
• Re: How Were Those Tables Computed?
  • From: Robert Israel
• Re: Finding a function, given its properties...
  • From: quasi
• Re: Math help Forum
  • From: Konrad Viltersten
• Re: Silly question
  • From: Robert Israel
• Re: A set containing a nonempty open interval
  • From: PiSigma
• Re: Rational and irrational numbers
  • From: quasi
• How Were Those Tables Computed?
  • From: qquito
• Re: INFINITY Revisited
  • From: stephen
• Re: What should a mod() function do then?
  • From: Timothy Little
• Re: Finding a function, given its properties...
  • From: quasi
• Silly question
  • From: Jaco van Niekerk
• Roots of a polynomial
  • From: temper3243
• Re: Math help Forum
  • From: Gerry Myerson
• Re: Finding a function, given its properties...
  • From: quasi
• Re: Cardinality of Real Numbers
  • From: Ross A. Finlayson
• Re: Finding a function, given its properties...
  • From: quasi
• Re: What kind of nxn matrix has less than n linearly independent eigenvectors?
  • From: quasi
• Re: Cardinality of Real Numbers
  • From: Peter Webb
• pronunciation of Abelian
  • From: ToddSmith
• Re: ISO prime factorization algorithm for n <= 10^10
  • From: Ross A. Finlayson
• Re: Cardinality of Real Numbers
  • From: Jonathan Hoyle
• Re: INFINITY Revisited
  • From: Don Whitehurst
• Re: INFINITY Revisited
  • From: Don Whitehurst
• Re: ISO prime factorization algorithm for n <= 10^10
  • From: Don Taylor
• Re: ISO prime factorization algorithm for n <= 10^10
  • From: quasi
• Re: complete theory of abelian groups?
  • From: Stephen Montgomery-Smith
• Re: What kind of nxn matrix has less than n linearly independent eigenvectors?
  • From: quasi
• Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
  • From: quasi
• Re: INFINITY Revisited
  • From: stephen
• Re: Rational and irrational numbers
  • From: deepkdeb
• Re: three-element lattice expression and Polya's enumeration
  • From: William Elliot
• Re: Proof of Zorn Lemma
  • From: Shmuel (Seymour J.) Metz
• Re: Finding a function, given its properties...
  • From: Aniviel833
• Re: Proof of Zorn Lemma
  • From: William Elliot
• Re: What kind of nxn matrix has less than n linearly independent eigenvectors?
  • From: Robert Israel
• Re: Points and numbers.
  • From: Shmuel (Seymour J.) Metz
• Re: Points and numbers.
  • From: Shmuel (Seymour J.) Metz
• Re: Points and numbers.
  • From: Shmuel (Seymour J.) Metz
• Re: Points and numbers.
  • From: Shmuel (Seymour J.) Metz
• Re: Rational and irrational numbers
  • From: quasi
• Re: INFINITY Revisited
  • From: Don Whitehurst
• Re: Open Ball vrs Neighborhood
  • From: Shmuel (Seymour J.) Metz
• Re: Open Ball vrs Neighborhood
  • From: Shmuel (Seymour J.) Metz
• Re: Open Ball vrs Neighborhood
  • From: Shmuel (Seymour J.) Metz
• Re: Open Ball vrs Neighborhood
  • From: Shmuel (Seymour J.) Metz
• Re: Finding a function, given its properties...
  • From: Proginoskes
• Re: What should a mod() function do then?
  • From: Proginoskes
• Re: 0.999... = 1? (I know, a beaten dead horse)
  • From: Daniel W. Johnson
• Re: LiTTLE iMPs ..a GR MYSTERY.!!
  • From: Androcles
• Re: ISO prime factorization algorithm for n <= 10^10
  • From: Dik T. Winter
• Re: Cardinality of Real Numbers
  • From: The Ghost In The Machine
• Re: F_sigma
  • From: Shmuel (Seymour J.) Metz
• Re: F_sigma
  • From: Shmuel (Seymour J.) Metz
• Re: Bedeviled by the .999~ = 1 "debate"
  • From: Shmuel (Seymour J.) Metz
• Re: What should a mod() function do then?
  • From: Chris Carlen
• Re: 0.999... = 1? (I know, a beaten dead horse)
  • From: Shmuel (Seymour J.) Metz
• Re: complete theory of abelian groups?
  • From: quasi
• Re: ISO prime factorization algorithm for n <= 10^10
  • From: Dik T. Winter
• Re: 0.999... = 1? (I know, a beaten dead horse)
  • From: Shmuel (Seymour J.) Metz
• Re: Finding a function, given its properties...
  • From: quasi
• Re: ISO prime factorization algorithm for n <= 10^10
  • From: Proginoskes
• Re: standard deviation and variance, co-efficient how are they used in finance
  • From: Ernest
• Re: statistics question for a business research course
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• Re: Graph theory (drawing) references
  • From: Proginoskes
• Re: 0.999... = 1? (I know, a beaten dead horse)
  • From: Shmuel (Seymour J.) Metz
• Re: Rational and irrational numbers
  • From: quasi
• Re: Rational and irrational numbers
  • From: quasi
• Re: What kind of nxn matrix has less than n linearly independent eigenvectors?
  • From: Peter L. Montgomery
• Re: What should a mod() function do then?
  • From: Timothy Little
• Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
  • From: matt271829-news
• Re: ISO prime factorization algorithm for n <= 10^10
  • From: C. Bond
• standard deviation and variance, co-efficient how are they used in finance
  • From: bnath001
• Re: Cardinality of Real Numbers
  • From: Ross A. Finlayson
• Re: Finitely additive measures on Q
  • From: Herman Rubin
• Re: Li function for a complex number
  • From: gwh
• Re: statistics question for a business research course
  • From: John Smith
• Re: statistics question for a business research course
  • From: Robert Israel
• Re: Rational and irrational numbers
  • From: quasi
• Re: complete theory of abelian groups?
  • From: Arturo Magidin
• Re: Finding a function, given its properties...
  • From: Aniviel833
• Re: What kind of nxn matrix has less than n linearly independent eigenvectors?
  • From: rip pelletier
• Re: infinity and intuition
  • From: Robert Low
• Re: Rational and irrational numbers
  • From: deepkdeb
• complete theory of abelian groups?
  • From: Helmut Richter
• Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
  • From: george ghiata
• Re: Finding a function, given its properties...
  • From: Arturo Magidin
• Re: Another Coxeter group question
  • From:
• Finding a function, given its properties...
  • From: Aniviel833
• Re: statistics question for a business research course
  • From: Randy Poe
• Re: Can you find the eigenvalue and eigenvector of this matrix fast?
  • From: Robert Israel
• Re: Rational and irrational numbers
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• statistics question for a business research course
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• Re: In general how to convert a system of 1st order diff equations into higher order diff equation for 1 variable and vice versa?
  • From: kiki
• Re: Cardinality of Real Numbers
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• Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
  • From: matt271829-news
• Re: Rational and irrational numbers
  • From: deepkdeb
• Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
  • From: matt271829-news
• Re: Han's startling new set theory.
  • From: Han . deBruijn
• Re: infinity
  • From: stephen
• Re: Cardinality of Real Numbers
  • From: David C . Ullrich
• Re: 0.999... = 1? (I know, a beaten dead horse)
  • From: Minus XVII
• Re: Cardinality of Real Numbers
  • From: Robert Low
• Re: Possible combinations
  • From: quasi
• Re: ISO prime factorization algorithm for n <= 10^10
  • From: Pubkeybreaker
• Re: Can you find the eigenvalue and eigenvector of this matrix fast?
  • From: kiki
• Re: Can you find the eigenvalue and eigenvector of this matrix fast?
  • From: kiki
• Volterra integral equation of the first kind
  • From: James Briscoe
• Re: Possible combinations
  • From: Arturo Magidin
• Re: Rational and irrational numbers
  • From: Arturo Magidin
• Re: How to integrate this by pen and pencil?
  • From: carlos
• Re: Rational and irrational numbers
  • From: deepkdeb
• Re: Cardinality of Real Numbers
  • From: NotP
• Re: Possible combinations
  • From: quasi
• Re: Cardinality of Real Numbers
  • From: stephen
• Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
  • From: george ghiata
• Cardinality of Real Numbers
  • From: jswimr3
• Re: infinity
  • From: Gordon Collins
• Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
  • From: quasi
• Re: Rational and irrational numbers
  • From: Oscar Lanzi III
• Re: group theory stumper
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• Re: group theory stumper
  • From: Doug B
• Re: ISO prime factorization algorithm for n <= 10^10
  • From: Helmut Richter
• Re: Hi, I would like to solve for f(x)
  • From: Jeffrey Lyons
• Visualizing a measure zero cover of the rationals
  • From: Jim Burns
• Re: group theory stumper
  • From: Ed Hook
• Re: Rational and irrational numbers
  • From: quasi
• Re: ISO prime factorization algorithm for n <= 10^10
  • From: KBH
• Re: Possible combinations
  • From: mensanator@xxxxxxxxxxx
• Re: What should a mod() function do then?
  • From: Chris Carlen
• Re: ISO prime factorization algorithm for n <= 10^10
  • From: Christian Bau
• Re: ISO prime factorization algorithm for n <= 10^10
  • From: mechmech
• Re: Possible combinations
  • From: Janwillem Borleffs
• Re: ISO prime factorization algorithm for n <= 10^10
  • From: Christian Bau
• Re: What should a mod() function do then?
  • From: Chris Carlen
• Re: Binary Numbers Arranged Puzzle
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• Re: ISO prime factorization algorithm for n <= 10^10
  • From: Richard Tobin
• Re: ISO prime factorization algorithm for n <= 10^10
  • From: C. Bond
• Re: Possible combinations
  • From: Janwillem Borleffs
• Graph theory (drawing) references
  • From: Tony
• Re: Possible combinations
  • From: Janwillem Borleffs
• Possible combinations
  • From: Janwillem Borleffs
• Re: simple exponential question
  • From: mathedman
• ISO prime factorization algorithm for n <= 10^10
  • From: kj
• Re: How to integrate this by pen and pencil?
  • From: quasi
• Re: Rational and irrational numbers
  • From: Rouben Rostamian
• Re: Rational and irrational numbers
  • From: gowan4@xxxxxxxxxxx
• Re: Rational and irrational numbers
  • From: gowan4@xxxxxxxxxxx
• Re: Rational and irrational numbers
  • From: A N Niel
• Rational and irrational numbers
  • From: deepkdeb
• Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
  • From: matt271829-news
• Re: H numbers
  • From: Jim Spriggs
• Re: simple exponential question
  • From: .
• three-element lattice expression and Polya's enumeration
  • From: Peter van Emburg
• Importance of Reflective subcategories
  • From: Jose Capco
• Re: Covering space determined by kernel
  • From: Lee Rudolph
• Re: Proof of Zorn Lemma
  • From: jonathanthio
• Re: H numbers
  • From: David C . Ullrich
• Re: How to integrate this by pen and pencil?
  • From: G. A. Edgar
• Re: Can you find the eigenvalue and eigenvector of this matrix fast?
  • From: Ignacio Larrosa Cañestro
• Re: group theory stumper
  • From: William Elliot
• UNCERTAiNTY Principle REDUNDANT.!!
  • From: brian a m stuckless
• Re: group theory stumper
  • From: Jim Heckman
• Re: Undefined function question...
  • From: Bill Dubuque
• Re: How to integrate this by pen and pencil?
  • From: Ignacio Larrosa Cañestro
• Re: Proof of Zorn Lemma
  • From: jonathanthio
• Re: Undefined function question...
  • From: Narcoleptic Insomniac
• Re: group theory stumper
  • From: William Elliot
• Re: What kind of nxn matrix has less than n linearly independent eigenvectors?
  • From: Robert Israel
• Re: Points and numbers.
  • From: N. Silver
• Re: Han's startling new set theory.
  • From: Timothy Little
• Re: Undefined function question...
  • From: Robert Israel
• Re: Getting help
  • From: Jim Spriggs
• Re: In general how to convert a system of 1st order diff equations into higher order diff equation for 1 variable and vice versa?
  • From: Robert Israel
• group theory stumper
  • From: Doug B
• Re: Undefined function question...
  • From: Peter Webb
• What kind of nxn matrix has less than n linearly independent eigenvectors?
  • From: kiki
• Can you find the eigenvalue and eigenvector of this matrix fast?
  • From: kiki
• Re: A set containing a nonempty open interval
  • From: Robert Israel
• Covering space determined by kernel
  • From: Michael B. Williams
• Re: Undefined function question...
  • From: Narcoleptic Insomniac
• Re: ISO algorithm to list all divisors of a number
  • From: quasi
• Re: simple exponential question
  • From: Jack
• Re: Undefined function question...
  • From: Arturo Magidin
• simple exponential question
  • From: .
• Re: How to integrate this by pen and pencil?
  • From: quasi
• Re: How to integrate this by pen and pencil?
  • From: quasi
• Re: Getting help
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• Re: A set containing a nonempty open interval
  • From: PiSigma
• Re: Getting help
  • From: Naum Velin
• Getting help
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• Undefined function question...
  • From: .
• Ideas needed
  • From: Rookie Writer
• Re: Points and numbers.
  • From: cbrown
• Re: Open Ball vrs Neighborhood
  • From: quasi
• Re: Tools and software to help new math student?
  • From: Karl M. Bunday
• to the person iso of a factoring algorithm
  • From: rtlf81
• Re: Retractions and closed sets
  • From: Chip Eastham
• Re: Well-ordering; was: Re: Points and numbers.
  • From: Virgil
• Re: Retractions and closed sets
  • From: Chip Eastham
• Re: Points and numbers.
  • From: Virgil
• Re: Points and numbers.
  • From: Dave Rusin
• Re: In general how to convert a system of 1st order diff equations into higher order diff equation for 1 variable and vice versa?
  • From: kiki
• Re: Retractions and closed sets
  • From: Carl R.
• Re: Han's startling new set theory.
  • From: Ross A. Finlayson
• Re: Retractions and topological spaces
  • From: Carl R.
• Retractions and closed sets
  • From: Carl R.
• ISO algorithm to list all divisors of a number
  • From: kj
• Re: Retractions and topological spaces
  • From: Stephen J. Herschkorn
• Re: Open Ball vrs Neighborhood
  • From: quasi
• Retractions and topological spaces
  • From: Carl R.
• Re: How to integrate this by pen and pencil?
  • From: Igor Khavkine
• Re: How to integrate this by pen and pencil?
  • From: kiki
• Re: Math help Forum
  • From: Konrad Viltersten
• Re: INFINITY Revisited
  • From: stephen
• Re: Open Ball vrs Neighborhood
  • From: Maestro Mysterieux
• Re: INFINITY Revisited
  • From: Don Whitehurst
• Re: Han's startling new set theory.
  • From: cbrown
• Math help Forum
  • From: ReviMamo
• Re: 0.999... = 1? (I know, a beaten dead horse)
  • From: David W . Cantrell
• Re: Open Ball vrs Neighborhood
  • From: Timothy Little
• Re: Open Ball vrs Neighborhood
  • From: Maestro Mysterieux
• Re: Han's startling new set theory.
  • From: Timothy Little
• Re: INFINITY Revisited
  • From: Don Whitehurst
• Re: Han's startling new set theory.
  • From: cbrown
• Re: What should a mod() function do then?
  • From: Timothy Little
• Re: Han's startling new set theory.
  • From: cbrown
• Another Coxeter group question
  • From: Jim Heckman
• Re: Open Ball vrs Neighborhood
  • From: Robert Low
• Re: What should a mod() function do then?
  • From: Proginoskes
• Re: INFINITY Revisited
  • From: Timothy Little
• Re: 0.999... = 1? (I know, a beaten dead horse)
  • From: John Smith
• Re: how to solve this equation by paper and pencil?
  • From: Proginoskes
• Re: Han's startling new set theory.
  • From: Timothy Little
• Re: Han's startling new set theory.
  • From: Timothy Little
• Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
  • From: Roman B. Binder
• Re: What did they do with the 4?
  • From: Robert Low
• Re: 0.999... = 1? (I know, a beaten dead horse)
  • From: shepherdmoon
• Re: undefined terms
  • From: Stephen Montgomery-Smith
• Re: What did they do with the 4?
  • From: Jim Burns
• Re: Open Ball vrs Neighborhood
  • From: Robert Low
• Re: What did they do with the 4?
  • From: mathman
• Re: Well-ordering; was: Re: Points and numbers.
  • From: Ross A. Finlayson
• What did they do with the 4?
  • From: redrain567
• Re: 0.999... = 1? (I know, a beaten dead horse)
  • From: shepherdmoon
• Re: How to integrate this by pen and pencil?
  • From: quasi
• Re: In general how to convert a system of 1st order diff equations into higher order diff equation for 1 variable and vice versa?
  • From: Bill Dubuque
• Re: Open Ball vrs Neighborhood
  • From: Ronald Bruck
• Re: Open Ball vrs Neighborhood
  • From: Maestro Mysterieux
• Re: Well-ordering; was: Re: Points and numbers.
  • From: matt271829-news
• Re: Open Ball vrs Neighborhood
  • From: Robert Low
• Re: Open Ball vrs Neighborhood
  • From: Maestro Mysterieux
• Re: H numbers
  • From: Akira Bergman
• Well-ordering; was: Re: Points and numbers.
  • From: Stephen J. Herschkorn
• Re: H numbers
  • From: Akira Bergman
• Well-ordering; was: Re: Points and numbers.
  • From: Stephen J. Herschkorn
• Re: Points and numbers.
  • From: matt271829-news
• Re: H numbers
  • From: Akira Bergman
• Re: Open Ball vrs Neighborhood
  • From: NotP
• Re: Open Ball vrs Neighborhood
  • From: Stephen J. Herschkorn
• Re: How to integrate this by pen and pencil?
  • From: Daniel McLaury
• Re: Points and numbers.
  • From: cbrown
• In general how to convert a system of 1st order diff equations into higher order diff equation for 1 variable and vice versa?
  • From: kiki
• Re: Points and numbers.
  • From: matt271829-news
• Re: Open Ball vrs Neighborhood
  • From: Robert Low
• Re: Points and numbers.
  • From: Robert Low
• Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
  • From: quasi
• Re: Points and numbers.
  • From: Robert Low
• Re: Open Ball vrs Neighborhood
  • From: Maestro Mysterieux
• Well-ordering the reals; Was: Re: Points and numbers.
  • From: Stephen J. Herschkorn
• Re: undefined terms
  • From: Dave Rusin
• Re: Points and numbers.
  • From: Dave Rusin
• Re: Open Ball vrs Neighborhood
  • From: Stephen J. Herschkorn
• Re: density of a sphere -
  • From: Baloff
• Re: 0.999... = 1? (I know, a beaten dead horse)
  • From: mstarnew
• Re: INFINITY Revisited
  • From: Dave Seaman
• How to integrate this by pen and pencil?
  • From: kiki
• Re: Tools and software to help new math student?
  • From: Dave Rusin
• Re: Points and numbers.
  • From: Virgil
• Re: Points and numbers.
  • From: Virgil
• Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
  • From: quasi
• Re: Open Ball vrs Neighborhood
  • From: Maestro Mysterieux
• Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
  • From: george ghiata
• Re: INFINITY Revisited
  • From: Peter Webb
• Re: Points and numbers.
  • From: Bill Dubuque
• Re: Open Ball vrs Neighborhood
  • From: Stephen J. Herschkorn
• Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
  • From: george ghiata
• Re: Sphere packing - Why so difficult?
  • From: Minus XVII
• Re: Mathematical ASL?
  • From: J Jensen
• Re: Divine Proportions: Rational Trigonometry to Universal Geometry?
  • From: Minus XVII
• Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
  • From: george ghiata
• Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
  • From: george ghiata
• Open Ball vrs Neighborhood
  • From: Maestro Mysterieux
• Re: INFINITY Revisited
  • From: Don Whitehurst
• Re: 0*1/0
  • From: Richard Tobin
• Re: Noether's theorem tutorial?
  • From: Norm Dresner
• Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
  • From: george ghiata
• Math Patterns in Science by W. W. Sawyer
  • From: W. Watson
• Re: infinity and intuition
  • From: Ioannis
• Re: Proof of Zorn Lemma
  • From: Stephen Montgomery-Smith
• Re: Algebraic closure of transcendental extensions and roots
  • From: quasi
• Re: 0.999... = 1? (I know, a beaten dead horse)
  • From: Lee Rudolph
• Re: Points and numbers.
  • From: Stephen J. Herschkorn
• Re: infinity and intuition
  • From: Peter Webb
• Re: H numbers
  • From: David C . Ullrich
• Re: Sigma algebras on N
  • From: David C . Ullrich
• Re: What should an int() function do?
  • From: Chris Carlen
• Re: What should a mod() function do then?
  • From: Chris Carlen
• Re: Tools and software to help new math student?
  • From: me
• Math Help Forum
  • From: ReviMamo
• Re: Sigma algebras on N
  • From: klpe1593
• Re: Mathematical ASL?
  • From: Richard Tobin
• Frederic Riesz
  • From: flop
• Re: 0.999... = 1? Open letter to Pubkeybreaker
  • From: JEMebius
• Re: 0.999... = 1? (I know, a beaten dead horse)
  • From: Carl Parkes
• Re: What does G?del's Incompleteness mean for the Working Mathematician?
  • From: Timothy Murphy
• Re: 0.999... = 1? (I know, a beaten dead horse)
  • From: Jim Spriggs
• Re: For any given body; ft/(vt-vi)=ft^2/s; is a constant
  • From: Carl Parkes
• Re: 0.999... = 1? (I know, a beaten dead horse)
  • From: mathedman
• Re: H numbers
  • From: Jim Spriggs
• Re: 0.999... = 1? (I know, a beaten dead horse)
  • From: Jim Spriggs
• Re: Points and numbers.
  • From: Jim Spriggs
• Re: Points and numbers.
  • From: Jim Spriggs
• Re: 0.999... = 1? (I know, a beaten dead horse)
  • From: Torkel Franzen
• Re: 0.999... = 1? (I know, a beaten dead horse)
  • From: Robert Kolker
• Re: 0.999... = 1? (I know, a beaten dead horse)
  • From: Robert Kolker
• Re: Han's startling new set theory.
  • From: Randy Poe
• Re: A set containing a nonempty open interval
  • From: David C . Ullrich
• Re: Han's startling new set theory.
  • From: imaginatorium
• Re: What should an int() function do?
  • From: David C . Ullrich
• Re: 0.999... = 1? (I know, a beaten dead horse)
  • From: David C . Ullrich
• Re: Proof of Zorn Lemma
  • From: David C . Ullrich
• Algebraic closure of transcendental extensions and roots
  • From: Wolff
• Re: measurable function
  • From: David C . Ullrich
• Re: A set containing a nonempty open interval
  • From: David C . Ullrich
• Re: A set containing a nonempty open interval
  • From: David C . Ullrich
• Re: A set containing a nonempty open interval
  • From: David C . Ullrich
• Re: measuring a function
  • From: David C . Ullrich
• Coxeter groups E6, E7, E8
  • From: Jim Heckman
• Re: Mathematical ASL?
  • From: David C . Ullrich
• Re: Hint on This Limit Problem Please
  • From: john_ramsden
• Re: H numbers
  • From: David C . Ullrich
• Re: H numbers
  • From: David C . Ullrich
• Re: Hi, I would like to solve for f(x)
  • From: David C . Ullrich
• Re: Points and numbers.
  • From: computer
• Re: 0.999... = 1? (I know, a beaten dead horse)
  • From: Torkel Franzen
• Re: 0.999... = 1? (I know, a beaten dead horse)
  • From: Pubkeybreaker
• Re: A set containing a nonempty open interval
  • From: G. A. Edgar
• Re: Points and numbers.
  • From: matt271829-news
• Re: Points and numbers.
  • From: Hero
• Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
  • From: matt271829-news
• Re: how to solve this equation by paper and pencil?
  • From: Oscar Lanzi III
• Re: Points and numbers.
  • From: matt271829-news
• Re: 4-dimensional Integral
  • From: Ignacio Larrosa Cañestro
• Re: infinity and intuition
  • From: Ioannis
• Re: Solution for positive integeres
  • From: john_ramsden
• Re: Points and numbers.
  • From: Hero
• Re: Solution for positive integeres
  • From: Proginoskes
• Re: Solution for positive integeres
  • From: john_ramsden
• Re: Points and numbers.
  • From: Hero
• Re: Bedeviled by the .999~ = 1 "debate"
  • From: Tapio
• Re: Solution for positive integeres
  • From: Proginoskes
• Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
  • From: Proginoskes
• Re: undefined terms
  • From: Jim Spriggs
• Re: Points and numbers.
  • From: Jim Spriggs
• Re: Proof of Zorn Lemma
  • From: William Elliot
• Re: undefined terms
  • From: Dave Rusin
• Re: Points and numbers.
  • From: Dave Rusin
• Re: 0.999... = 1? (I know, a beaten dead horse)
  • From: Jim Spriggs
• Re: A set containing a nonempty open interval
  • From: PiSigma
• Re: Han's startling new set theory.
  • From: Ross A. Finlayson
• Re: undefined terms
  • From: Narcoleptic Insomniac
• Re: H numbers
  • From: Jim Spriggs
• Re: 0.999... = 1? (I know, a beaten dead horse)
  • From: shepherdmoon
• Re: INFINITY Revisited
  • From: Dave Seaman
• Re: Noether's theorem tutorial?
  • From: Jim Spriggs
• Re: H numbers
  • From: Jim Spriggs
• Re: 0.999... = 1? (I know, a beaten dead horse)
  • From: shepherdmoon
• Re: Hint on This Limit Problem Please
  • From: Kira Yamato
• Noether's theorem tutorial?
  • From: RichD
• Re: Hint on This Limit Problem Please
  • From: Richard Askey
• Re: What is the fifth number
  • From: alexandru . lupas
• Re: Is a finite group completely determined (up to isomorphism) by the order of each element?
  • From: quasi
• Re: undefined terms
  • From: Jim Spriggs
• Re: Hyperboloid Question
  • From: Shytot
• Re: What should a mod() function do then?
  • From: Timothy Little
• Re: Pythagorean Quads, Quints, ...
  • From: rer
• undefined terms
  • From: zxcv_890
• Solution for positive integeres
  • From: Narasimham
• Re: Proof of Zorn Lemma
  • From: Stephen Montgomery-Smith
• What should a mod() function do then?
  • From: Chris Carlen
• Re: Points and numbers.
  • From: Stephen J. Herschkorn
• Re: What is the fifth number
  • From: Timothy Little
• Re: measurable function
  • From: Ronald Bruck
• Re: Points and numbers.
  • From: Jim Spriggs
• Re: Han's startling new set theory.
  • From: stephen
• Re: A set containing a nonempty open interval
  • From: Ronald Bruck
• Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
  • From: Dik T. Winter
• Re: finite sets and sigma algebras
  • From: Ronald Bruck
• Re: Proof of Zorn Lemma
  • From: Ronald Bruck
• Re: Proof of Zorn Lemma
  • From: Ronald Bruck
• Re: Finitely additive measures on Q
  • From: Ronald Bruck
• Re: true or false: (x^5 - x) has inflexion point at origin, (x^4 - x) doesn't
  • From: Dik T. Winter
• Re: Finitely additive measures on Q
  • From: Ronald Bruck
• Re: What should an int() function do?
  • From: Virgil
• Re: 0.999... = 1? (I know, a beaten dead horse)
  • From: Dan in Philly
• Re: What should an int() function do?
  • From: mensanator@xxxxxxxxxxx
• Re: Points and numbers.
  • From: Jim Spriggs
• Re: Points and numbers.
  • From: Ittay Weiss
• Re: Points and numbers.
  • From: fishfry
• Re: 0.999... = 1? (I know, a beaten dead horse)
  • From: Ittay Weiss
• Hint on This Limit Problem Please
  • From: Kira Yamato
• Re: Points and numbers.
  • From: Jim Spriggs
• Re: Finitely additive measures on Q
  • From: Herman Rubin
• Re: Finitely additive measures on Q
  • From: Alon Amit
• Re: Finitely additive measures on Q
  • From: Stephen J. Herschkorn
• Re: Finitely additive measures on Q
  • From: Herman Rubin
• Re: Finitely additive measures on Q
  • From: G. A. Edgar
• Re: What should an int() function do?
  • From: A N Niel
• Re: Points and numbers.
  • From: Steven
• A Category of Godel Codings
  • From: RexButler
• Re: 0.999... = 1? (I know, a beaten dead horse)
  • From: Robert Kolker
• Re: 0.999... = 1? (I know, a beaten dead horse???)
  • From: JEMebius
• Re: What should an int() function do?
  • From: matt271829-news
• Re: Finitely additive measures on Q
  • From: Alon Amit
• Re: What should an int() function do?
  • From: matt271829-news
• Re: Tools and software to help new math student?
  • From: Dave Rusin
• Re: What is the fifth number
  • From: Jim Spriggs
• Re: H numbers
  • From: Dave Rusin
• Re: 0.999... = 1? (I know, a beaten dead horse)
  • From: Jim Spriggs
• Re: What does G?del's Incompleteness mean for the Working Mathematician?
  • From: Pierre Asselin
• What should an int() function do?
  • From: Chris Carlen
• Re: 4-dimensional Integral -
  • From: JEMebius
• Re: 0.999... = 1? (I know, a beaten dead horse???)
  • From: Pubkeybreaker
• Re: 0.999... = 1? (I know, a beaten dead horse)
  • From: Dave Seaman
• Points and numbers.
  • From: Jim Spriggs
• Re: Proof of Zorn Lemma
  • From: Stephen Montgomery-Smith
• Re: 0.999... = 1? (I know, a beaten dead horse)
  • From: Pubkeybreaker
• Re: Bedeviled by the .999~ = 1 "debate"
  • From: Ittay Weiss
• Re: 0.999... = 1? (I know, a beaten dead horse)
  • From: Jim Spriggs
• Re: 0.999... = 1? (I know, a beaten dead horse)
  • From: Ittay Weiss
• Re: Bedeviled by the .999~ = 1 "debate"
  • From: Keith A. Lewis
• Re: H numbers
  • From: Akira Bergman
• Re: Euler's formula for polyhedra
  • From: Ed Hook
• finite sets and sigma algebras
  • From: Carl R.
• 0.999... = 1? (I know, a beaten dead horse)
  • From: shepherdmoon
• Re: A set containing a nonempty open interval
  • From: Jim Spriggs
• Re: Bedeviled by the .999~ = 1 "debate"
  • From: Virgil
• Re: A set containing a nonempty open interval
  • From: Virgil
• Re: Finitely additive measures on Q
  • From: Stephen J. Herschkorn
• Re: Induced Matrix Norms
  • From: Robert Israel
• Re: Tools and software to help new math student?
  • From: me
• Re: A set containing a nonempty open interval
  • From: W. Dale Hall
• Re: A set containing a nonempty open interval
  • From: Jim Spriggs
• Re: Han's startling new set theory.
  • From: Timothy Little
• Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
  • From: matt271829-news
• Re: convenient sigma-algebra
  • From: Herman Rubin
• Re: 0*1/0
  • From: David W . Cantrell
• Re: Bedeviled by the .999~ = 1 "debate"
  • From: Ittay Weiss
• Re: 0*1/0
  • From: David W . Cantrell
• Re: A set containing a nonempty open interval
  • From: Robert Israel
• Re: Help understandng Nonlinear least squares
  • From: Robert Israel
• Re: Divine Proportions: Rational Trigonometry to Universal Geometry?
  • From: Karl M. Bunday
• Re: Mathematical ASL?
  • From: J Jensen
• Re: measurable function
  • From: Robert Israel
• Re: Bedeviled by the .999~ = 1 "debate"
  • From: Rouben Rostamian
• Re: What is the fifth number
  • From: Jim Spriggs
• Re: Tools and software to help new math student?
  • From: Jim Spriggs
• Re: the concept of a representation of a group
  • From: Igor Khavkine
• Re: Tools and software to help new math student?
  • From: Jim Spriggs
• Re: Questions about ranking theory
  • From: Robert Israel
• Re: Tools and software to help new math student?
  • From: Jim Spriggs
• Re: Tools and software to help new math student?
  • From: Jim Spriggs
• Re: Hyperboloid Question
  • From: Narasimham
• Re: Bedeviled by the .999~ = 1 "debate"
  • From: Keith A. Lewis
• Re: Tools and software to help new math student?
  • From: Jim Spriggs
• Re: WARNING: SudokuPC
  • From: mathman
• Re: A set containing a nonempty open interval
  • From: Amanda
• Re: 4-dimensional Integral
  • From: Randy Poe
• Re: Hyperboloid Question
  • From: Keith A. Lewis
• Re: A set containing a nonempty open interval
  • From: Keith A. Lewis
• Re: Mathematical ASL?
  • From: Igor Khavkine
• Re: measuring a function
  • From: David Kastrup
• Re: 4-dimensional Integral
  • From: A N Niel
• Re: Bedeviled by the .999~ = 1 "debate"
  • From: Ittay Weiss
• Re: measuring a function
  • From: Arturo Magidin
• Re: Bedeviled by the .999~ = 1 "debate"
  • From: Ittay Weiss
• Re: measuring a function
  • From: Lee Rudolph
• Re: Han's startling new set theory.
  • From: cbrown
• Re: discrete approximations of Lie groups?
  • From: Igor Khavkine
• Re: true or false: (x^5 - x) has inflexion point at origin, (x^4 - x) doesn't
  • From: Lee Rudolph
• Re: What is the fifth number
  • From: David M Einstein
• Re: Han's startling new set theory.
  • From: Ross A. Finlayson
• Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
  • From: george ghiata
• Re: 4-dimensional Integral
  • From: Stephen J. Herschkorn
• Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
  • From: george ghiata
• Re: Han's startling new set theory.
  • From: cbrown
• Re: 4-dimensional Integral
  • From: Proginoskes
• Re: 4-dimensional Integral
  • From: Randy Poe
• Re: Finitely additive measures on Q
  • From: Stephen J. Herschkorn
• Re: Han's startling new set theory.
  • From: cbrown
• Re: What is the fifth number
  • From: Proginoskes
• Re: Finitely additive measures on Q
  • From: Arturo Magidin
• Re: true or false: (x^5 - x) has inflexion point at origin, (x^4 - x) doesn't
  • From: Ronald Bruck
• 4-dimensional Integral
  • From: Hsuan-Yeh Chang
• Re: true or false: (x^5 - x) has inflexion point at origin, (x^4 - x) doesn't
  • From: Ronald Bruck
• discrete approximations of Lie groups?
  • From: johnicholas . hines
• Re: Finitely additive measures on Q
  • From: Ron Sperber
• Re: Proof of Zorn Lemma
  • From: NotP
• Re: Bedeviled by the .999~ = 1 "debate"
  • From: Keith A. Lewis
• Re: convenient sigma-algebra
  • From: Ronald Bruck
• Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
  • From: quasi
• Re: Finitely additive measures on Q
  • From: Arturo Magidin
• Re: Hyperboloid Question
  • From: Shytot
• Re: measuring a function
  • From: G. A. Edgar
• Re: A set containing a nonempty open interval
  • From: Amanda
• Re: A set containing a nonempty open interval
  • From: Amanda
• Re: Finitely additive measures on Q
  • From: A N Niel
• Re: A set containing a nonempty open interval
  • From: A N Niel
• Re: A set containing a nonempty open interval
  • From: Keith A. Lewis
• Re: Mathematical ASL?
  • From: Daniel McLaury
• Re: Bedeviled by the .999~ = 1 "debate"
  • From: Tapio
• Re: Proof of Zorn Lemma
  • From: Arturo Magidin
• Re: infinity and intuition
  • From: Dave Seaman
• Re: H numbers
  • From: Robert Israel
• Re: measurable function
  • From: José Carlos Santos
• Re: true or false: (x^5 - x) has inflexion point at origin, (x^4 - x) doesn't
  • From: Robert Israel
• Re: Proof of Zorn Lemma
  • From: Richard Tobin
• Finitely additive measures on Q
  • From: Stephen J. Herschkorn
• Re: 0*1/0
  • From: Richard Tobin
• Re: Proof of Zorn Lemma
  • From: Stephen J. Herschkorn
• WARNING: SudokuPC
  • From: Ioannis
• Re: Hyperboloid Question
  • From: Keith A. Lewis
• Re: Sudoku
  • From: bill . daly
• Proof of Zorn Lemma
  • From: jonathanthio
• Re: Is a finite group completely determined (up to isomorphism) by the order of each element?
  • From: Arturo Magidin
• Re: true or false: (x^5 - x) has inflexion point at origin, (x^4 - x) doesn't
  • From: Rouben Rostamian
• Is a finite group completely determined (up to isomorphism) by the order of each element?
  • From: hugolooyestijn
• Re: What is the fifth number
  • From: briggs
• Re: Mathematical ASL?
  • From: Lee Rudolph
• Re: infinity and intuition
  • From: Daryl McCullough
• Re: true or false: (x^5 - x) has inflexion point at origin, (x^4 - x) doesn't
  • From: Lee Rudolph
• Re: Equivalent Forms of the Riemann Hypothesis?
  • From: gwh
• Re: Tools and software to help new math student?
  • From: me
• Re: What is the fifth number
  • From: Richard Tobin
• Re: Tools and software to help new math student?
  • From: me
• Re: Help understandng Nonlinear least squares
  • From: james . fitzsimons
• measurable function
  • From: Amanda
• Re: Hi, I would like to solve for f(x)
  • From: Puppet_Sock
• Re: true or false: (x^5 - x) has inflexion point at origin, (x^4 - x) doesn't --
  • From: JEMebius
• Re: What is the fifth number
  • From: Puppet_Sock
• Re: What is the fifth number
  • From: luiroto
• A set containing a nonempty open interval
  • From: Amanda
• Re: measuring a function
  • From: David C . Ullrich
• Re: F_sigma
  • From: David C . Ullrich
• Re: What is the fifth number
  • From: mathedman
• Re: what is the number ?
  • From: mathedman
• Induced Matrix Norms
  • From: Maury Barbato
• Re: What is the fifth number
  • From: Rusty
• Re: measuring a function
  • From: David C . Ullrich
• Re: F_sigma
  • From: David C . Ullrich
• Questions about ranking theory
  • From: jpalecek
• Re: the concept of a representation of a group
  • From: m1ngleg02
• Re: Mathematical ASL?
  • From: David C . Ullrich
• Re: Mathematical ASL?
  • From: David C . Ullrich
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  • From: Arturo Magidin
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• Re: Topology: exercise in countability axioms
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• Need help in calculus
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• Re: [OT] Re: F_sigma
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• Re: Han's startling new set theory.
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• Re: Han's startling new set theory.
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• Re: cirillic "proof" of Fermat's Last Theorem...
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• Re: Han's startling new set theory.
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• [OT] Re: F_sigma
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• Re: convenient sigma-algebra
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• Re: true or false: (x^5 - x) has inflexion point at origin, (x^4 - x) doesn't
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• Re: What did the Mathematician say to Old MacDonald?
  • From: Joseph Hertzlinger
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• Re: F_sigma
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• Re: Topology: exercise in countability axioms
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• convenient sigma-algebra
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• Tools and software to help new math student?
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• Re: F_sigma
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• Re: how to solve this equation by paper and pencil?
  • From: Proginoskes
• Re: how to solve this equation by paper and pencil?
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• Re: 0*1/0
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• Re: What is the fifth number
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• Re: Solution for positive integers
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• Re: What is the fifth number
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• Re: what is the number ?
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• Re: true or false: (x^5 - x) has inflexion point at origin, (x^4 - x) doesn't
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• Re: how to solve this equation by paper and pencil?
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• Re: 0*1/0
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• Re: true or false: (x^5 - x) has inflexion point at origin, (x^4 - x) doesn't
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• Re: 0*1/0
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• Re: 0*1/0
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• Re: 0*1/0
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• Re: Hi, I would like to solve for f(x)
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• Re: infinity
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• Re: true or false: (x^5 - x) has inflexion point at origin, (x^4 - x) doesn't
  • From: Gerry Myerson
• Re: H numbers
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• Re: Topology: exercise in countability axioms
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• Re: measuring a function
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• Re: F_sigma
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• Re: What is the fifth number
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• Re: how to solve this equation by paper and pencil?
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• Re: Bizarre and interesting Matrix problem..........
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• Re: Equivalent Forms of the Riemann Hypothesis?
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• Re: Bizarre and interesting Matrix problem..........
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• Re: F_sigma
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• Re: What is the fifth number
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• Re: What is the fifth number
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• measuring a function
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• Re: Bizarre and interesting Matrix problem..........
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• Re: Bizarre and interesting Matrix problem..........
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• Re: Bizarre and interesting Matrix problem..........
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• Re: Bizarre and interesting Matrix problem..........
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• Re: Drawing a Perpendicular "T"
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• Re: Hi, I would like to solve for f(x)
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• Bizarre and interesting Matrix problem..........
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• Re: F_sigma
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• Re: Drawing a Perpendicular "T"
  • From: Virgil
• Re: infinity and intuition
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• Re: What is the fifth number
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• Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
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• Re: Determining Branch Point by Argument Principle
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• Help understandng Nonlinear least squares
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• Re: What is the fifth number
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• Re: F_sigma
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• Re: F_sigma
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• Re: F_sigma
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• What is the fifth number
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• Re: F_sigma
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• Re: F_sigma
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• Drawing a Perpendicular "T"
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• Re: F_sigma
  • From: Arturo Magidin
• Re: Please! help with a series
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• Re: Lebesgue measure and integration
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• Re: F_sigma
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• Lebesgue measure and integration
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• Re: true or false: (x^5 - x) has inflexion point at origin, (x^4 - x) doesn't
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• Re: how to solve this equation by paper and pencil?
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• Re: F_sigma
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• Re: Mathematical ASL?
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• Re: F_sigma
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• Re: F_sigma
  • From: Stephen J. Herschkorn
• Re: F_sigma
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• Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
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• Re: Bedeviled by the .999~ = 1 "debate"
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• Re: Han's startling new set theory.
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• F_sigma
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• Re: what is the number ?
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• Re: what is the number ?
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• Re: shortest distance between a point and a function in 2d
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• Re: what is the number ?
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• Re: what is the number ?
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• Re: Mathematical ASL?
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• Re: what is the number ?
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• Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
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• Re: what is the number ?
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• infinity and intuition
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• Re: Han's startling new set theory.
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• Re: Han's startling new set theory.
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• Re: Determining Branch Point by Argument Principle
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• Re: shortest distance between a point and a function in 2d
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• Re: Han's startling new set theory.
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• Re: Distribution of the mean of a random variable for small n
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• Re: Partitioning Algorithm and Optimization Problem
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• Please! help with a series
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• Re: H numbers
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• Re: Han's startling new set theory.
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• Re: Mathematical ASL?
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• Re: Question about a continuous random variable
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• Re: fastest method for these kinds of integration?
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• Re: Triangle
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• Re: NLEQ1 and open source fortran...
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• Re: Distribution of the mean of a random variable for small n
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• Re: true or false: (x^5 - x) has inflexion point at origin, (x^4 - x) doesn't
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• Re: H numbers
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• Re: Mathematical ASL?
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• Re: true or false: (x^5 - x) has inflexion point at origin, (x^4 - x) doesn't
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• Re: shortest distance between a point and a function in 2d
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• Re: fastest method for these kinds of integration?
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• Re: Pure-cardinal approach *is* possible! (was: Mathematical concepts)
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• Re: how to solve this equation by paper and pencil?
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• Re: What is best/fast C++ polynomial fit program und GNU License?
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• Re: true or false: (x^5 - x) has inflexion point at origin, (x^4 - x) doesn't
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• Re: shortest distance between a point and a function in 2d
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• Topology: exercise in countability axioms
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• Re: What did the Mathematician say to Old MacDonald?
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• Re: 0*1/0
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• Re: summing up series
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• Mapping data from N-space to n-space, N>n...
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• Re: 0*1/0
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• Re: (Group Theory) Is g^[G:A] necessarily in A if A isn't necessarily normal?
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• Re: Mathematical ASL?
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• Re: Mathematical ASL?
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• Re: 0*1/0
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• Re: Solution for positive integers
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• Re: 0*1/0
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• Re: Euler's formula for polyhedra
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• Re: Mathematical ASL?
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• Re: Triangle
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• 0*1/0
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• Re: What is best/fast C++ polynomial fit program und GNU License?
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• Re: Mathematical ASL?
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• Re: Triangle
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• Solution for positive integers
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• Re: Han's startling new set theory.
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• Re: Triangle
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• Re: Mathematical ASL?
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• Re: Mathematical ASL?
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• Re: Mathematical ASL?
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• Re: The Structure of Primitive Pythagorean Progressions
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• Distribution of the mean of a random variable for small n
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• Re: What did the Mathematician say to Old MacDonald?
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• Re: cirillic "proof" of Fermat's Last Theorem...
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• Re: infinity
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• Re: Sphere packing - Why so difficult?
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• Re: cirillic "proof" of Fermat's Last Theorem...
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• Re: Triangle
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• Re: Volume of n-dimensional Ellipse?? -
  • From: JEMebius
• Re: The Structure of Primitive Pythagorean Progressions
  • From: The Qurqirish Dragon
• Re: (Group Theory) Is g^[G:A] necessarily in A if A isn't necessarily normal?
  • From: Arturo Magidin
• Re: the concept of a representation of a group
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• Re: Bedeviled by the .999~ = 1 "debate"
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• Triangle
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• Re: summing up series
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• Re: summing up series
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• Re: Binominal Probabillity
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• Re: (Group Theory) Is g^[G:A] necessarily in A if A isn't necessarily normal?
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• Re: Binominal Probabillity
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• Re: Binominal Probabillity
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• Re: Mathematical ASL?
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• Re: true or false: (x^5 - x) has inflexion point at origin, (x^4 - x) doesn't
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• Re: Binominal Probabillity
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• Binominal Probabillity
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• Re: (Group Theory) Is g^[G:A] necessarily in A if A isn't necessarily normal?
  • From: Jyrki Lahtonen
• Mathematical ASL?
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• Re: " What means (x)^[1/2] , x a real variable "
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• (Group Theory) Is g^[G:A] necessarily in A if A isn't necessarily normal?
  • From: Snis Pilbor
• Re: cirillic "proof" of Fermat's Last Theorem...
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• Re: how to solve this equation by paper and pencil?
  • From: Ronald Bruck
• Re: cirillic "proof" of Fermat's Last Theorem...
  • From: massimo67
• Re: Series Convergence Question
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• Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
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• Re: true or false: (x^5 - x) has inflexion point at origin, (x^4 - x) doesn't
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• Re: how to solve this equation by paper and pencil?
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• Re: What did the Mathematician say to Old MacDonald?
  • From: Ronald Bruck
• Re: true or false: (x^5 - x) has inflexion point at origin, (x^4 - x) doesn't
  • From: Ronald Bruck
• Re: cirillic "proof" of Fermat's Last Theorem...
  • From: sttscitrans
• What did the Mathematician say to Old MacDonald?
  • From: William Elliot
• where to look for tutorials on transforms
  • From: jagadeeshbp
• Re: how to solve this equation by paper and pencil?
  • From: Elias Vicari
• Re: "Solve f(x) = (5x-8)/(2x-3) and f^[m(x)] (x) = x^2 - 2 ,m(x) unknown "
  • From: alainverghote
• Re: Betti numbers
  • From: Keith Ramsay
• Re: Han's startling new set theory.
  • From: Han de Bruijn
• Re: What is best/fast C++ polynomial fit program und GNU License?
  • From: mr0x
• Re: Volume of n-dimensional Ellipse??
  • From: mr0x
• Re: how to solve this equation by paper and pencil?
  • From: mr0x
• Re: how to solve this equation by paper and pencil?
  • From: Proginoskes
• Re: Euler's formula for polyhedra
  • From: Proginoskes
• Re: Han's startling new set theory.
  • From: Han de Bruijn
• Re: infinity
  • From: stephen
• Re: true or false: (x^5 - x) has inflexion point at origin, (x^4 - x) doesn't
  • From: Gerry Myerson
• Re: What did the Mathematician say to Old MacDonald?
  • From: Gerry Myerson
• how to solve this equation by paper and pencil?
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• Re: Pythagorean Quads, Quints, ...
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• The Structure of Primitive Pythagorean Progressions
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• Re: Heuristics for group theory
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• Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
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• Re: Heuristics for group theory
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• Re: infinity
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• Re: infinity
  • From: Virgil
• Re: infinity
  • From: Virgil
• Re: infinity
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• Re: infinity
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• Re: infinity
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• Re: What did the Mathematician say to Old MacDonald?
  • From: mensanator@xxxxxxxxxxx
• Re: " What means (x)^[1/2] , x a real variable "
  • From: Ronald Bruck
• Re: infinity
  • From: Virgil
• Re: true or false: (x^5 - x) has inflexion point at origin, (x^4 - x) doesn't
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• Re: infinity
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• Re: What did the Mathematician say to Old MacDonald?
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• Re: infinity
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• Re: infinity
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• Re: shortest distance between a point and a function in 2d
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• Re: Series Convergence Question
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• Re: infinity
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• Re: infinity
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• Re: Volume of n-dimensional Ellipse??
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• Re: infinity
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• H numbers
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• Re: Good book on proof techniques
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• Re: infinity
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• Re: infinity
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• Re: infinity
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• Re: infinity
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• Re: infinity
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• Re: infinity
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• Re: Sphere packing - Why so difficult?
  • From: Minus XVII
• Re: infinity
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• Re: Euler's formula for polyhedra
  • From: Proginoskes
• Re: What did the Mathematician say to Old MacDonald?
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• Re: infinity
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• Re: Heuristics for group theory
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• Re: infinity
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• Re: cutting a doughnut/torus
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• Re: Series Convergence Question
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• Re: infinity
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• Re: Euler's formula for polyhedra
  • From: Gerry Myerson
• Re: summing up series
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• Re: true or false: (x^5 - x) has inflexion point at origin, (x^4 - x) doesn't
  • From: Gerry Myerson
• Re: Correction: Maximization of a norm
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• Re: Series Convergence Question
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• Re: Fuzzy Arithmetic
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• Re: Rational Points on a Special Circle
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• Re: question about axiomatic set theory
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• What is best/fast C++ polynomial fit program und GNU License?
  • From: Robert Macy
• Re: Bedeviled by the .999~ = 1 "debate"
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• Series Convergence Question
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• Re: Fuzzy Arithmetic
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• Re: Simplification of complex expression
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• Re: Simplification of complex expression
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• Re: question about axiomatic set theory
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• Re: Euler's formula for polyhedra
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• Re: infinity
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• Re: What did the Mathematician say to Old MacDonald?
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• Re: summing up series
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• Re: Determining Branch Point by Argument Principle
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• Re: Fuzzy Arithmetic
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• Re: summing up series
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• Re: infinity
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• Re: Pure-cardinal approach *is* possible! (was: Mathematical concepts)
  • From: Robert Maas, see http://tinyurl.com/uh3t
• Re: What did the Mathematician say to Old MacDonald?
  • From: mensanator@xxxxxxxxxxx
• Re: What did the Mathematician say to Old MacDonald?
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• Re: summing up series
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• Re: Simplification of complex expression
  • From: snapdragon31
• Re: "Solve f(x) = (5x-8)/(2x-3) and f^[m(x)] (x) = x^2 - 2 ,m(x) unknown "
  • From: Robert Israel
• Re: What did the Mathematician say to Old MacDonald?
  • From: Dave Seaman
• Heuristics for group theory
  • From: Snis Pilbor
• Re: "Solve f(x) = (5x-8)/(2x-3) and f^[m(x)] (x) = x^2 - 2 ,m(x) unknown "
  • From: karl . fabian
• Re: infinity
  • From: Virgil
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  • From: Virgil
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• Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
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• Re: Han's startling new set theory.
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• Re: infinity
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• Re: infinity
  • From: Virgil
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• Re: cirillic "proof" of Fermat's Last Theorem...
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• Re: infinity
  • From: aeo6
• Re: infinity
  • From: Virgil
• Re: infinity
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• Re: Fuzzy Arithmetic
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• Re: PLANETARY ORBITS MATH
  • From: Dave Rusin
• NLEQ1 and open source fortran...
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• Re: infinity
  • From: Virgil
• Re: infinity
  • From: Virgil
• Re: infinity
  • From: Randy Poe
• Re: summing up series
  • From: Zdislav V. Kovarik
• Re: Pure-cardinal approach *is* possible! (was: Mathematical concepts)
  • From: Robert Maas, see http://tinyurl.com/uh3t
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  • From: Virgil
• Re: infinity
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• Re: What did the Mathematician say to Old MacDonald?
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  • From: Robert Israel
• summing up series
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• Re: A category can be represented as two ternary relations
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• Re: infinity
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• Re: infinity
  • From: Virgil
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  • From: aeo6
• Re: Fuzzy Arithmetic
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• Re: What did the Mathematician say to Old MacDonald?
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• Re: Han's startling new set theory.
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• Re: Simple probability question
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  • From: aeo6
• Re: What did the Mathematician say to Old MacDonald?
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• Re: What did the Mathematician say to Old MacDonald?
  • From: mensanator@xxxxxxxxxxx
• Re: infinity
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• Re: Han's startling new set theory.
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• Re: infinity
  • From: Virgil
• Re: " What means (x)^[1/2] , x a real variable "
  • From: Zdislav V. Kovarik
• Re: infinity
  • From: Virgil
• Re: What did the Mathematician say to Old MacDonald?
  • From: David Kastrup
• Re: infinity
  • From: David Kastrup
• Re: infinity
  • From: Randy Poe
• Re: true or false: (x^5 - x) has inflexion point at origin, (x^4 - x) doesn't
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• Re: infinity
  • From: Virgil
• Re: What did the Mathematician say to Old MacDonald?
  • From: Zdislav V. Kovarik
• Re: What did the Mathematician say to Old MacDonald?
  • From: William Elliot
• Re: infinity
  • From: Virgil
• Re: infinity
  • From: Virgil
• Re: infinity
  • From: aeo6
• Re: What did the Mathematician say to Old MacDonald?
  • From: William Elliot
• Re: infinity
  • From: Virgil
• Re: infinity
  • From: aeo6
• Re: What did the Mathematician say to Old MacDonald?
  • From: Bart Goddard
• Re: Limits of a differentiable function at infinity
  • From: William Elliot
• Re: infinity
  • From: Virgil
• Re: infinity
  • From: aeo6
• Re: infinity
  • From: Virgil
• Re: infinity
  • From: aeo6
• Re: What did the Mathematician say to Old MacDonald?
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• Re: infinity
  • From: aeo6
• Re: Bedeviled by the .999~ = 1 "debate"
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• Re: Simplification of complex expression
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• Re: Fuzzy Arithmetic
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• Re: infinity
  • From: aeo6
• Re: What did the Mathematician say to Old MacDonald?
  • From: David Kastrup
• Re: infinity
  • From: Darko Aleksic
• "Solve f(x) = (5x-8)/(2x-3) and f^[m(x)] (x) = x^2 - 2 ,m(x) unknown "
  • From: alainverghote
• Re: Pure-cardinal approach *is* possible! (was: Mathematical concepts)
  • From: Herman Rubin
• Re: What did the Mathematician say to Old MacDonald?
  • From: Ioannis
• Re: A potential series providing integer solutions to a^2+b^2+c^2...+m^2=n^2
  • From: rer
• Re: Pythagorean Quads, Quints, ...
  • From: rer
• Re: infinity
  • From: David R Tribble
• Re: cirillic "proof" of Fermat's Last Theorem...
  • From: Sirix
• Re: Fuzzy Arithmetic
  • From: Corey White
• Re: infinity
  • From: aeo6
• Re: infinity
  • From: David R Tribble
• Re: What did the Mathematician say to Old MacDonald?
  • From: Keith A. Lewis
• Pearson's R for implicit functions
  • From: Marco72
• Re: Example wanted of a complete, unordered, non-field
  • From: Stephen J. Herschkorn
• Re: shortest distance between a point and a function in 2d
  • From: Dirk Van de moortel
• Re: Binary Numbers Arranged Puzzle
  • From: Keith A. Lewis
• Re: infinity
  • From: aeo6
• shortest distance between a point and a function in 2d
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• Re: infinity
  • From: aeo6
• Re: infinity
  • From: aeo6
• What did the Mathematician say to Old MacDonald?
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• Re: infinity
  • From: aeo6
• Re: infinity
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• Re: help polylogarithm
  • From: wissam
• Re: help polylogarithm
  • From: wissam
• Re: infinity
  • From: aeo6
• Re: infinity
  • From: Randy Poe
• Re: infinity
  • From: aeo6
• Re: infinity
  • From: Jiri Lebl
• Re: infinity
  • From: aeo6
• Re: infinity
  • From: aeo6
• Re: infinity
  • From: aeo6
• Re: infinity
  • From: Jiri Lebl
• Re: cirillic "proof" of Fermat's Last Theorem...
  • From: massimo67
• Re: Limits of a differentiable function at infinity
  • From: Ed Hook
• Re: Divine Proportions: Rational Trigonometry to Universal Geometry?
  • From: Christopher J. Henrich
• Re: infinity
  • From: aeo6
• Re: infinity
  • From: aeo6
• Re: JSH:Making great progress
  • From: examachine
• Re: Han's startling new set theory.
  • From: Han de Bruijn
• Re: infinity
  • From: aeo6
• Re: cirillic "proof" of Fermat's Last Theorem...
  • From: Dave Rusin
• Simplification of complex expression
  • From: akhmel
• Re: infinity
  • From: Randy Poe
• Re: infinity
  • From: aeo6
• Re: HOW many and WHAT are the BASIC starting axioms that Maths are based........?
  • From: Torkel Franzen
• Re: true or false: (x^5 - x) has inflexion point at origin, (x^4 - x) doesn't
  • From: Bart Goddard
• Re: cirillic "proof" of Fermat's Last Theorem...
  • From: Randy Poe
• Re: infinity
  • From: aeo6
• Re: Limits of a differentiable function at infinity
  • From: NotP
• Re: Multiplicative Homomorphic Mapping
  • From: Aldar C-F. Chan
• Re: HOW many and WHAT are the BASIC starting axioms that Maths are based........?
  • From: Jesse F. Hughes
• Re: Rational Points on a Special Circle
  • From: joseabdris
• Re: Number of unique Sudoku grids ?
  • From: mikke
• Re: density of a sphere
  • From: Randy Poe
• Re: Multiplicative Homomorphic Mapping
  • From: Aldar C-F. Chan
• Re: Pure-cardinal approach *is* possible! (was: Mathematical concepts)
  • From: quasi
• Re: true or false: (x^5 - x) has inflexion point at origin, (x^4 - x) doesn't
  • From: David Jones
• Re: HOW many and WHAT are the BASIC starting axioms that Maths are based........?
  • From: Torkel Franzen
• Re: cutting a doughnut/torus
  • From: crtn
• cirillic "proof" of Fermat's Last Theorem...
  • From: massimo67
• Re: Rational Points on a Special Circle
  • From: The Qurqirish Dragon
• Re: Han's startling new set theory.
  • From: Han de Bruijn
• Re: HOW many and WHAT are the BASIC starting axioms that Maths are based........?
  • From: Jesse F. Hughes
• Re: " What means (x)^[1/2] , x a real variable "
  • From: G. A. Edgar
• Re: Solution to integral equation
  • From: Wilbert Dijkhof
• Re: Hi, I would like to solve for f(x)
  • From: David C . Ullrich
• Re: Hi, I would like to solve for f(x)
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• Re: Correction: Maximization of a norm
  • From: David C . Ullrich
• Re: density of a sphere
  • From: David C . Ullrich
• Re: Example wanted of a complete, unordered, non-field
  • From: fiesh
• Re: true or false: (x^5 - x) has inflexion point at origin, (x^4 - x) doesn't
  • From: N. Silver
• Re: Example wanted of a complete, unordered, non-field
  • From: fiesh
• Re: Limits of a differentiable function at infinity
  • From: Ron Sperber
• Re: Solution to integral equation
  • From: G. A. Edgar
• Re: Example wanted of a complete, unordered, non-field
  • From: G. A. Edgar
• Re: Good book on proof techniques
  • From: A N Niel
• Re: Example wanted of a complete, unordered, non-field
  • From: Hagen
• Re: infinity
  • From: Martin Semerád
• Re: Number of unique Sudoku grids ?
  • From: Gary McGuire
• help needed for Levenberg-Marquardt method
  • From: carptodragon
• Re: Betti numbers
  • From: Sirix
• Re: HOW many and WHAT are the BASIC starting axioms that Maths are based........?
  • From: Torkel Franzen
• Re: infinity
  • From: Dik T. Winter
• Re: cutting a doughnut/torus
  • From: john_ramsden
• Re: Good book on proof techniques
  • From: quasi
• Re: infinity
  • From: Martin Semerád
• Example wanted of a complete, unordered, non-field
  • From: Ron Jones
• Re: infinity
  • From: David Kastrup
• Re: HOW many and WHAT are the BASIC starting axioms that Maths are based........?
  • From: Jesse F. Hughes
• Re: Han's startling new set theory.
  • From: Jesse F. Hughes
• Re: infinity
  • From: Martin Semerád
• cutting a doughnut/torus
  • From: crtn
• Re: true or false: (x^5 - x) has inflexion point at origin, (x^4 - x) doesn't
  • From: David Jones
• Re: true or false: (x^5 - x) has inflexion point at origin, (x^4 - x) doesn't -
  • From: JEMebius
• Re: Fuzzy Arithmetic
  • From: Herman Jurjus
• Re: Euler's formula for polyhedra
  • From: George Szpiro
• Re: infinity
  • From: Martin Semerád
• Re: Supertask, superchicken, paradox
  • From: Herman Jurjus
• Betti numbers
  • From: George Szpiro
• Re: Rational Points on a Special Circle
  • From: john_ramsden
• Re: PLANETARY ORBITS MATH
  • From: Han de Bruijn
• Re: density of a sphere
  • From: Baloff
• Pure-cardinal approach *is* possible! (was: Mathematical concepts)
  • From: Robert Maas, see http://tinyurl.com/uh3t
• Re: Multiplicative Homomorphic Mapping
  • From: Jyrki Lahtonen
• Re: Curvature
  • From: Virgil
• Re: Hi, I would like to solve for f(x)
  • From: Jaco van Niekerk
• Curvature
  • From: Jaco van Niekerk
• Re: Han's startling new set theory.
  • From: cbrown
• Re: Fuzzy Arithmetic
  • From: Daniel McLaury
• HOW many and WHAT are the BASIC starting axioms that Maths are based........?
  • From: w . taylor
• Some cute series.
  • From: w . taylor
• Re: Solution to integral equation
  • From: Virgil
• Re: Limits of a differentiable function at infinity
  • From: William Elliot
• Re: Good book on proof techniques
  • From: Daniel McLaury
• Re: question about axiomatic set theory
  • From: cbrown
• Re: Bedeviled by the .999~ = 1 "debate"
  • From: Jesse F. Hughes
• Re: Solution to integral equation
  • From: Daniel McLaury
• Re: HOW many and WHAT are the BASIC starting axioms that Maths are based........?
  • From: Torkel Franzen
• HOW many and WHAT are the BASIC starting axioms that Maths are based........?
  • From: w . taylor
• Hi, I would like to solve for f(x)
  • From: Jeffrey Lyons
• Group theory and mattress flipping
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• Solution to integral equation
  • From: Jeffrey Lyons
• Re: Rational Points on a Special Circle
  • From: joseabdris
• Re: Rational Points on a Special Circle
  • From: joseabdris
• Re: Bedeviled by the .999~ = 1 "debate"
  • From: cbrown
• Re: Rational Points on a Special Circle
  • From: joseabdris
• Re: Limits of a differentiable function at infinity
  • From: Bill Dubuque
• Re: Fuzzy Arithmetic
  • From: Jim Spriggs
• Re: Fuzzy Arithmetic
  • From: Corey White
• Re: Fuzzy Arithmetic
  • From: Corey White
• Re: Fuzzy Arithmetic
  • From: Jim Spriggs
• Limits of a differentiable function at infinity
  • From: grigkost
• Re: infinity
  • From: imaginatorium
• Re: Rational Points on a Special Circle
  • From: joseabdris
• Re: Fuzzy Arithmetic
  • From: Corey White
• Re: infinity
  • From: Virgil
• Re: Euler's formula for polyhedra
  • From: Greg Egan
• Re: infinity
  • From: Virgil
• Re: infinity
  • From: Virgil
• Re: Fuzzy Arithmetic
  • From: Corey White
• Good book on proof techniques
  • From: ganeshb
• Re: Question about a continuous random variable
  • From: Stephen J. Herschkorn
• Re: Bedeviled by the .999~ = 1 "debate"
  • From: Gerry Myerson
• Re: Han's startling new set theory.
  • From: cbrown
• Correction: Maximization of a norm
  • From: Julien Santini
• Re: infinity
  • From: Virgil
• Re: true or false: (x^5 - x) has inflexion point at origin, (x^4 - x) doesn't
  • From: Gerry Myerson
• Re: PLANETARY ORBITS MATH
  • From: Dave Rusin
• Re: infinity
  • From: Virgil
• Re: Rational Points on a Special Circle
  • From: Peter L. Montgomery
• Re: infinity
  • From: imaginatorium
• Re: Question about a continuous random variable
  • From: Stephen J. Herschkorn
• Re: infinity
  • From: Virgil
• Re: infinity
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• Re: infinity
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• Re: can anybody show by example how summation by parts can be used to solve difficult sequence summation problem?
  • From: Anon
• true or false: (x^5 - x) has inflexion point at origin, (x^4 - x) doesn't
  • From: David Jones
• Re: Fuzzy Arithmetic
  • From: mensanator@xxxxxxxxxxx
• Re: Maximization of a norm
  • From: Gerry Myerson
• Re: fastest method for these kinds of integration?
  • From: Eric Gisse
• Re: PLANETARY ORBITS MATH
  • From: Jim Spriggs
• Re: Binary Numbers Arranged Puzzle
  • From: mensanator@xxxxxxxxxxx
• Re: PLANETARY ORBITS MATH -
  • From: JEMebius
• Fuzzy Arithmetic
  • From: CoreyWhite
• Re: infinity
  • From: Jeremy Boden
• Re: Divine Proportions: Rational Trigonometry to Universal Geometry?
  • From: Daniel McLaury
• Re: Euler's formula for polyhedra
  • From: Jim Spriggs
• Re: infinity
  • From: Darko Aleksic
• Re: Maximization of a norm
  • From: NotP
• Re: Number of unique Sudoku grids ?
  • From: mikke
• Maximization of a norm
  • From: Julien Santini
• Re: Euler's formula for polyhedra
  • From: Lee Rudolph
• Re: PLANETARY ORBITS MATH
  • From: Jim Spriggs
• Re: Is there a way to compute this infinite product?
  • From: Rob Johnson
• Re: infinity
  • From: Jeremy Boden
• Re: PLANETARY ORBITS MATH
  • From: matt271829-news
• Re: PLANETARY ORBITS MATH
  • From: Jim Spriggs
• Re: Euler's formula for polyhedra
  • From: Gerry Myerson
• Re: Binary Numbers Arranged Puzzle
  • From: Keith A. Lewis
• Re: Divine Proportions: Rational Trigonometry to Universal Geometry?
  • From: Gerry Myerson
• Re: Binary Numbers Arranged Puzzle
  • From: Keith A. Lewis
• Re: Number of unique Sudoku grids ?
  • From: Gary McGuire
• Re: exceedingly simple set question
  • From: Arturo Magidin
• Re: Question about a continuous random variable
  • From: Robert Israel
• Re: Euler's formula for polyhedra
  • From: Greg Egan
• Re: help with diophantine equation
  • From: Bill Dubuque
• Re: Number of unique Sudoku grids ?
  • From: mikke
• Re: infinity
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• Re: Sudoku
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• Re: infinity
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• Re: infinity
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• Re: infinity
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• Re: fastest method for these kinds of integration?
  • From: Chip Eastham
• Re: Supertask, superchicken, paradox
  • From: jonhoyle@xxxxxxx
• Re: Sudoku
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• Re: Equivalent Forms of the Riemann Hypothesis?
  • From: Narcoleptic Insomniac
• Re: fastest method for these kinds of integration?
  • From: New Guy
• Re: Rational Points on a Special Circle
  • From: barr
• Re: infinity
  • From: Virgil
• Re: infinity
  • From: William Hughes
• Re: fastest method for these kinds of integration?
  • From: Jim Spriggs
• Re: infinity
  • From: Virgil
• Re: exceedingly simple set question
  • From: David Macmanus
• Re: Divine Proportions: Rational Trigonometry to Universal Geometry?
  • From: Christopher J. Henrich
• Re: infinity
  • From: Virgil
• Re: infinity
  • From: William Hughes
• Re: Han's startling new set theory.
  • From: cbrown
• Re: infinity
  • From: Gordon Collins
• Re: infinity
  • From: Virgil
• Re: exceedingly simple set question
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• Binary Numbers Arranged Puzzle
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• Re: Supertask, superchicken, paradox
  • From: jonhoyle@xxxxxxx
• Re: infinity
  • From: Virgil
• Re: infinity
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• Re: infinity
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• Re: Simple probability question
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• Re: infinity
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• Re: exceedingly simple set question
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• Re: infinity
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• Re: infinity
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• Re: infinity
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• Re: infinity
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• Re: infinity
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• Re: PLANETARY ORBITS MATH
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• Re: infinity
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• Re: infinity
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• Re: infinity
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• Re: exceedingly simple set question
  • From: Arturo Magidin
• Re: infinity
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• Re: infinity
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• Re: infinity
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• Re: exceedingly simple set question
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• Re: Simple probability question
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• Re: infinity
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• Re: Question about a continuous random variable
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• Re: Supertask, superchicken, paradox
  • From: Jesse F. Hughes
• Re: exceedingly simple set question
  • From: Arturo Magidin
• Re: infinity
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• Re: A Problem in Analytic Geometry: Rational Points on a Hyperbola
  • From: Keith A. Lewis
• Re: infinity
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• Re: infinity
  • From: Virgil
• Re: Equivalent Forms of the Riemann Hypothesis?
  • From: gwh
• Re: infinity
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• Re: exceedingly simple set question
  • From: David Macmanus
• Re: infinity
  • From: aeo6
• Re: infinity
  • From: aeo6
• Re: Supertask, superchicken, paradox
  • From: david petry
• Re: infinity
  • From: Virgil
• Divine Proportions: Rational Trigonometry to Universal Geometry?
  • From: Karl M. Bunday
• Re: Simple probability question
  • From: jan hauben
• Re: infinity
  • From: Randy Poe
• Re: Simple probability question
  • From: Mike Hochster
• Re: infinity
  • From: Virgil
• Re: infinity
  • From: Virgil
• Re: exceedingly simple set question
  • From: David Macmanus
• Re: infinity
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• Re: Simple probability question
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• Re: exceedingly simple set question
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• Re: infinity
  • From: imaginatorium
• Re: Simple probability question
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• Re: infinity
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• Re: infinity
  • From: aeo6
• Re: exceedingly simple set question
  • From: Arturo Magidin
• Re: exceedingly simple set question
  • From: Arturo Magidin
• Re: infinity
  • From: aeo6
• Re: exceedingly simple set question
  • From: David Macmanus
• Re: " What means (x)^[1/2] , x a real variable "
  • From: alainverghote
• Re: Question about a continuous random variable
  • From: Stephen J. Herschkorn
• Simple probability question
  • From: Zachary Turner
• Re: exceedingly simple set question
  • From: David Macmanus
• Re: infinity
  • From: Darko Aleksic
• fastest method for these kinds of integration?
  • From: kiki
• Re: exceedingly simple set question
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• Re: infinity
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• Help with aligning a vector
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• exceedingly simple set question
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• Sudoku 3D
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• Re: Is there a way to compute this infinite product?
  • From: kiki
• Re: can anybody show by example how summation by parts can be used to solve difficult sequence summation problem?
  • From: kiki
• Re: " What means (x)^[1/2] , x a real variable "
  • From: Nathan
• Re: Supertask, superchicken, paradox
  • From: William Hughes
• Re: the concept of a representation of a group
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• " What means (x)^[1/2] , x a real variable "
  • From: alainverghote
• Re: Sudoku
  • From: SudokuJohn
• Euler's formula for polyhedra
  • From: George Szpiro
• Re: infinity
  • From: aeo6
• Re: Bedeviled by the .999~ = 1 "debate"
  • From: John Greene
• Re: infinity
  • From: Torkel Franzen
• Re: Borel sets
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• Re: help with diophantine equation
  • From: Ignacio Larrosa Cañestro
• Re: Bedeviled by the .999~ = 1 "debate"
  • From: Dave Seaman
• Re: infinity
  • From: Gordon Collins
• Question about a continuous random variable
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• Re: infinity
  • From: aeo6
• Re: infinity
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• Re: infinity
  • From: aeo6
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• Re: infinity
  • From: David R Tribble
• Re: Step Function
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• Re: infinity
  • From: aeo6
• Re: infinity
  • From: aeo6
• Re: infinity
  • From: William Hughes
• Step Function
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• Re: infinity
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• Re: infinity
  • From: David R Tribble
• Re: Help a non-mathematicin with mathematical function
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• Re: Is the set N of natural numbers well defined?
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• Re: infinity
  • From: aeo6
• Re: infinity
  • From: Martin Semerád
• Re: infinity
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• Math major looking for possible career
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• Re: Infinite power sets
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• Re: Han's startling new set theory.
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• Re: help polylogarithm
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• Re: Han's startling new set theory.
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• Re: Infinite power sets
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• Re: Han's startling new set theory.
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• Re: sphere coordinates ,
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• Re: Han's startling new set theory.
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• sphere coordinates ,
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• Re: Infinite power sets
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• Re: Infinite power sets
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• spherical coords .
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• Re: infinity
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• Re: infinity
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• Re: Han's startling new set theory.
  • From: Han . deBruijn
• Re: Han's startling new set theory.
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• Re: Egoroff's Theorem and nets???
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• Re: Han's startling new set theory.
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• Re: Infinite power sets
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• Egoroff's Theorem and nets???
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• Re: Han's startling new set theory.
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• Re: Infinite power sets
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• Re: lattice points question
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• Re: Infinite power sets
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• lattice points question
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• Finite expectation of a geometric random variable?
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• Re: Infinite power sets
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• Re: Woman steals 1997 dissertation
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• Re: infinity
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• Re: Laurent series...
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• Re: Crossposts with "Ask a Topologist"
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• Strange Limit Cycle
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• Re: Families of Straight Lines
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• Re: Taylor an Fourier
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• Re: Proof of Beal's Conjecture
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• Re: Han's startling new set theory.
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• Re: Proof of Beal's Conjecture
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• Re: infinity
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• Re: infinity
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• Re: correlation of X and Z
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• Re: Han's startling new set theory.
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• Re: L^1 convegence of Fourier Series
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• Re: L^1 convegence of Fourier Series
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• Re: Han's startling new set theory.
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• Re: talking tote
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• Re: Infinite power sets
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• Re: Future math courses
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• Re: Gaussian prediction
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• Re: infinity
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• Re: infinity
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• Re: infinity
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• Re: Han's startling new set theory.
  • From: Lee Rudolph
• Re: Transitive cubic polyhedra.
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• Re: fastest method of sequence summation
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• Re: Infinite power sets
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• Re: Infinite power sets
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• Re: sequence problem
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• Re: Crossposts with "Ask a Topologist"
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• Re: infinity
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• Re: Infinite power sets
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• Re: infinity
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• Re: Li function for a complex number
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• Re: sequence problem
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• Re: L^1 convegence of Fourier Series
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• Re: infinity
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• Re: Han's startling new set theory.
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• Re: infinity
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• Re: integration according to taylor's series
  • From: Narcoleptic Insomniac
• Re: Han's startling new set theory.
  • From: Han . deBruijn
• MAX of N Chi^2[nu] variates
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• Re: infinity
  • From: Virgil
• Re: sequence problem
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• Re: infinity
  • From: Virgil
• Re: Han's startling new set theory.
  • From: Han . deBruijn
• Re: infinity
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• Re: A very simple question ...plz answer
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• Re: Han's startling new set theory.
  • From: David Kastrup
• sequence problem
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• Re: infinity
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• Re: infinity
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• Re: Han's startling new set theory.
  • From: Han . deBruijn
• Infinite power sets
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• Re: infinity
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• Re: infinity
  • From: Virgil
• Re: Han's startling new set theory.
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• Re: infinity
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• Re: infinity
  • From: Virgil
• Re: Han's startling new set theory.
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• Re: infinity
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• Re: infinity
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• Re: Han's startling new set theory.
  • From: Han . deBruijn
• Re: infinity
  • From: Virgil
• Re: infinity
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• Re: Han's startling new set theory.
  • From: Jesse F. Hughes
• Re: Han's startling new set theory.
  • From: Han . deBruijn
• Re: infinity
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• Re: infinity
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• Re: infinity
  • From: Virgil
• Re: Han's startling new set theory.
  • From: Han . deBruijn
• Re: Han's startling new set theory.
  • From: Han . deBruijn
• Re: Han's startling new set theory.
  • From: Han . deBruijn
• Re: Han's startling new set theory.
  • From: Jesse F. Hughes
• Re: infinity
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• Re: chord length part 2 :)
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• Re: chord length part 2 :)
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• Re: infinity
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• Re: infinity
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• Re: Sudoku
  • From: mensanator@xxxxxxxxxxx
• Re: infinity
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• Re: infinity
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• Re: infinity
  • From: Virgil
• Re: Han's startling new set theory.
  • From: Han . deBruijn
• Re: Han's startling new set theory.
  • From: Randy Poe
• Re: infinity
  • From: Virgil
• Re: Han's startling new set theory.
  • From: Han . deBruijn
• Re: infinity
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• Re: infinity
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• Re: infinity
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• Re: infinity
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• Re: infinity
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• Re: infinity
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• Re: chord length part 2 :)
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• Re: infinity
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• integration according to taylor's series
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• Re: sums of divisors
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• Re: infinity
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• Re: Convolution
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• Re: fastest method of sequence summation
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• Re: Future math courses
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• Re: infinity
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• Re: Transitive cubic polyhedra.
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• Re: infinity
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• Re: infinity
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• Re: infinity
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• Re: infinity
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• Re: infinity
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• Re: infinity
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• Re: infinity
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• Re: infinity
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• Sum With Harmonic Numbers (math puzzle)
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• Re: infinity
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• Re: Gaussian prediction
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• Powers of a Length A , Products and Divisions, Graphically.
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• Re: infinity
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• Re: infinity
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• Re: Li function for a complex number
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• Re: infinity
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• Re: Prove or disprove
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• Re: infinity
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• Re: Gaussian prediction
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• Re: Li function for a complex number
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• Re: Li function for a complex number
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• Re: Li function for a complex number
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• Re: Taylor an Fourier
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• Re: infinity
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• Re: infinity
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• Re: infinity
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• Gaussian prediction
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• Re: infinity
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• Re: infinity
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• Re: number of code words
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• Re: Is there a word for this math concept?
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• Re: infinity
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• Re: Prove or disprove
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• Re: infinity
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• Re: chord length part 2 :)
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• Re: chord length part 2 :)
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• Re: number of code words
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• Re: Taylor an Fourier
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• Re: Li function for a complex number
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• Re: People are stupid
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• Re: Li function for a complex number
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• Free Online Book Clubs Lot's of Fun
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• Re: chord length part 2 :)
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• Re: Future math courses
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• chord length part 2 :)
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• [OT] Crossposts with "Ask a Topologist"
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• Re: Mathematical concepts
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• Workshop on Business Applications of Optimisation, Stochastic Programming & Portfolio Planning
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• Re: infinity
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• Re: number of code words
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• Re: infinity
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• Re: Convolution
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• Re: "Pyramid" Solitaire.
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• Re: L^1 convegence of Fourier Series
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• Re: Convolution
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• Convolution
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• Re: Spherically symmetrical field from 2D field
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• Re: Han's startling new set theory.
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• Re: Question about closure, interior and complements
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• Re: Han's startling new set theory.
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• Re: Han's startling new set theory.
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• Re: number of code words
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• Re: Question about closure, interior and complements
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• Re: Question from non standard analysis
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• Re: Han's startling new set theory.
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• Re: proof of pythagoras' theorem
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• Re: Taylor an Fourier
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• Re: Taylor an Fourier
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• Re: Taylor an Fourier
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• Re: Taylor an Fourier
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• Re: Help with Integral
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• Re: Han's startling new set theory.
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• Re: Taylor = Dirichlet
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• Taylor an Fourier
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• Re: Han's startling new set theory.
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• Prove or disprove
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• Re: Proof of Beal's Conjecture
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• Re: L^1 convegence of Fourier Series
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• Re: L^1 convegence of Fourier Series
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• Re: Li function for a complex number
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• Question about closure, interior and complements
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• Question from non standard analysis
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• New mathematics/physical sciences positions at http://jobs.phds.org, August 15, 2005
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• Re: fastest method of sequence summation
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• Re: nilradical
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• Re: Probablity question...
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• Taylor = Dirichlet
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• Re: fastest method of sequence summation
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• Re: Is there a word for this math concept?
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• Re: Is there a word for this math concept?
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• Transitive cubic polyhedra.
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• Re: fastest method of sequence summation
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• Re: kite
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• Re: What does Gödel's Incompleteness mean for the Working Mathematician?
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• Re: fastest method of sequence summation
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• Re: fastest method of sequence summation
  • From: Jane
• fastest method of sequence summation
  • From: Jane
• Re: Is there a word for this math concept?
  • From: T Rig
• Re: Everything = Anything = Something= Nothing proves God exists
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• Re: Li function for a complex number
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• Re: Proof of Beal's Conjecture
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• Re: Everything = Anything = Something= Nothing proves God exists
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• Re: number of code words
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• Re: Everything = Anything = Something= Nothing proves God exists
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• Re: Numerology
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• Re: nilradical
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• Re: number of code words
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• Re: Everything = Anything = Something= Nothing proves God exists
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• Re: Is there a word for this math concept?
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• Re: Future math courses
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• Re: new file
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• Re: Is there a word for this math concept?
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• Re: Families of Straight Lines
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• Re: Uniquely determine a polygon.
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• Is there a word for this math concept?
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• Li function for a complex number
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• Re: "Pyramid" Solitaire.
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• bifurcate "formulia " math
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• Everything = Anything = Something= Nothing proves God exists
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• Re: Median --- what good is it?
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• Proof of Beal's Conjecture
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• Proof of Beal's Conjecture
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• Re: L^1 convegence of Fourier Series
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• Re: new file
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• Re: number of code words
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• Numerology
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• Re: Median --- what good is it?
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• Re: nonsingular linear transformation.
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• Re: new file
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• Re: Help with Integral
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• Re: number of code words
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• Re: number of code words
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• Re: algebraic condition for planarity
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• Re: Help with Integral
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• Re: Han's startling new set theory.
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• Re: number of code words
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• Re: Marvellous developments of FLT
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• Re: Future math courses
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• Re: Median --- what good is it?
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• Re: This problem is driving me insane!!
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• new file
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• Re: Han's startling new set theory.
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