sci.math

• Thread Index

---

• Re: JSH-inspired poem
  • From: user923005
• Re: JSH: Could they be aliens?
  • From: Angus Rodgers
• Re: JSH: Could they be aliens?
  • From: Angus Rodgers
• Re: Convergence
  • From: Dave L. Renfro
• Re: Is 361 a real miracle or a hoax?
  • From: Ken Pledger
• Re: Convergence
  • From: Michael Press
• Re: JSH: Could they be aliens?
  • From: MichaelW
• Re: JSH-inspired poem
  • From: Lits O'Hate
• Re: multi-dimensional gaussian sampling
  • From: Ray Vickson
• Re: Is 361 a real miracle or a hoax?
  • From: Mensanator
• Re: Convergence
  • From: Michael Press
• Re: multi-dimensional gaussian sampling
  • From: Gus Gassmann
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  • From: 阿萨
• Re: multi-dimensional gaussian sampling
  • From: Ray Vickson
• Re: Factoring using the Discriminant
  • From: Dave L. Renfro
• Re: multi-dimensional gaussian sampling
  • From: Ray Vickson
• Re: Two Questions About Godel's Original Paper
  • From: rabbits77
• Re: Godel Incompleteness Theorem
  • From: MoeBlee
• Re: Godel Incompleteness Theorem
  • From: MoeBlee
• Re: Factoring using the Discriminant
  • From: pubkeybreaker
• Microsoft Office 2007 Enterprise for sale
  • From: seuki7
• Re: Purpose of these posts on this newsgroup
  • From: KMF
• Engineering Mechanics: Statics, 6th Edition, Meriam, Kraige
  • From: seuki7
• Engineering Mechanics: Dynamics, 6th Edition, Meriam, Kraige
  • From: seuki7
• Engineering Mechanics: Dynamics, 6th Edition, Meriam, Kraige
  • From: seuki7
• Fundamentals of Fluid Mechanics, 5th Edition, Munson, Young, Okiishi
  • From: seuki7
• Electrical Engineering Principles and Applications 4th Edition, Allan R. Hambley
  • From: seuki7
• Re: Is 361 a real miracle or a hoax?
  • From: curious george
• Re: Purpose of these posts on this newsgroup
  • From: [Mr.] Lynn Kurtz
• Is 361 a real miracle or a hoax?
  • From: ProofofGod
• Re: Factoring using the Discriminant
  • From: D-Cromley
• Silly statistics question
  • From: Daniel McLaury
• Re: JSH-inspired poem
  • From: Mensanator
• Re: JSH: Understanding the 'why' of Pell's Equation
  • From: Jesse F. Hughes
• Re: .9 repeating
  • From: Jesse F. Hughes
• Re: Factoring using the Discriminant
  • From: D-Cromley
• Re: h(x) = 2*x*2^(2/h(x)) , h^[n](x)?
  • From: alainverghote@xxxxxxxxx
• Re: -- equivalence with respect to inverse images
  • From: Patrick Coilland
• Re: JSH-inspired poem
  • From: corklebath
• Re: -- equivalence with respect to inverse images
  • From: William Elliot
• Re: multi-dimensional gaussian sampling
  • From: yilmaz
• Re: JSH: Could they be aliens?
  • From: juandiego
• Re: JSH: Could they be aliens?
  • From: Jens Stueckelberger
• Re: (x^2/(1+x^2))^[n] , a formula?
  • From: alainverghote@xxxxxxxxx
• Re: multi-dimensional gaussian sampling
  • From: Gus Gassmann
• Re: multi-dimensional gaussian sampling
  • From: beeworks
• Re: multi-dimensional gaussian sampling
  • From: yilmaz
• Re: multi-dimensional gaussian sampling
  • From: Gus Gassmann
• Re: JSH: Could they be aliens?
  • From: Angus Rodgers
• Re: (x^2/(1+x^2))^[n] , a formula?
  • From: G. A. Edgar
• multi-dimensional gaussian sampling
  • From: yilmaz
• Re: Math Prodigy Tao
  • From: GoldenHeart
• Re: Graph isomorphism in O(n^3) - I hope :)
  • From: Tim Little
• Re: what is Random ?
  • From: Nimo
• Re: JSH: "Fodder for the Beast"
  • From: rossum
• -- equivalence with respect to inverse images
  • From: quasi
• Re: (x^2/(1+x^2))^[n] , a formula?
  • From: Patrick Coilland
• Re: -- equivalence with respect to inverse images
  • From: Robert Israel
• Re: Factoring
  • From: Tim Little
• Re: JSH: Why they lurk
  • From: Peter
• Re: JSH: Could they be aliens?
  • From: Martin Lauridsen
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  • From: saran354
• Re: JSH: "Fodder for the Beast"
  • From: Mark Murray
• (x^2/(1+x^2))^[n] , a formula?
  • From: alainverghote@xxxxxxxxx
• Re: JSH: Could they be aliens?
  • From: Peter
• Re: JSH: "Fodder for the Beast"
  • From: amzoti
• Re: Intersection of linear subspaces
  • From: dr-er
• Re: Intersection of linear subspaces
  • From: dr-er
• Re: JSH: Could they be aliens?
  • From: msjmb
• Re: JSH: Why they lurk
  • From: KMF
• Re: JSH: Could they be aliens?
  • From: KMF
• Re: JSH-inspired poem
  • From: Mensanator
• term models for ZFC and related theories
  • From: David Libert
• Re: Expression for partial sum of e
  • From: Robert Israel
• Re: JSH: Could they be aliens?
  • From: Tim Little
• JSH: "Fodder for the Beast"
  • From: JSH
• Re: JSH: Why they lurk
  • From: JSH
• Re: JSH: Could they be aliens?
  • From: JSH
• Re: JSH: Why they lurk
  • From: Tim Little
• Re: JSH: Could they be aliens?
  • From: Enrico
• Re: JSH: Could they be aliens?
  • From: JSH
• Re: JSH: Could they be aliens?
  • From: willo_thewisp
• Re: JSH-inspired poem
  • From: kenp
• Re: A recursion axiom for N?
  • From: Dan Christensen
• Re: JSH: Could they be aliens?
  • From: chuck
• Re: JSH: Could they be aliens?
  • From: JSH
• Re: Intersection of linear subspaces
  • From: Chip Eastham
• Re: JSH: Could they be aliens?
  • From: JSH
• Re: JSH: Could they be aliens?
  • From: Enrico
• Re: JSH: Could they be aliens?
  • From: Tim Little
• Re: JSH: Could they be aliens?
  • From: JSH
• Re: -- Packing unit circles in circles: new results
  • From: David W . Cantrell
• Re: JSH: Why they lurk
  • From: JSH
• Re: Q: Reciprocal prime
  • From: Gerry Myerson
• Re: Factoring
  • From: Dik T. Winter
• Re: Purpose of these posts on this newsgroup
  • From: JSH
• Re: Factoring
  • From: Dik T. Winter
• Re: Useless mathematicians new unemployment time
  • From: georgeW
• Re: Q: Reciprocal prime
  • From: Uncle Al
• Re: Q: Reciprocal prime
  • From: Uncle Al
• Re: JSH: Could they be aliens?
  • From: JSH
• Re: JSH: Could they be aliens?
  • From: Enrico
• JSH: Could they be aliens?
  • From: JSH
• Re: JSH: Finally! They're caught.
  • From: JSH
• Re: Useless mathematicians new unemployment time
  • From: Tim Norfolk
• Q: Reciprocal prime
  • From: Uncle Al
• Re: CANTOR
  • From: Dik T. Winter
• Re: what is Random ?
  • From: Tim Little
• Re: what is Random ?
  • From: r3769
• Re: Student Doctor (Getting Solutions)
  • From: alejandra ortiz
• Re: Q: Reciprocal prime
  • From: Tim Little
• Re: Useless mathematicians new unemployment time
  • From: Tim Norfolk
• Re: JSH: Understanding the situation
  • From: JSH
• Re: Q: Reciprocal prime
  • From: temptony
• Re: #325 Is the Calculus unique to only Euclidean Geometry; Elliptic and Hyperbolic Coordinate Systems ; new book 2nd edition: New True Mathematics
  • From: Pfsszxt
• Re: utility of dying
  • From: Adam
• Re: what is Random ?
  • From: rossum
• Welcome to <sci.math>. These suggestions may help you. [32]
  • From: Ken Pledger
• Re: how to best prepare for oral exams in math?
  • From: Ken Pledger
• Re: Graph isomorphism in O(n^3) - I hope :)
  • From: blazej.podsiadlo@xxxxxxxxxxxxxx
• Re: Useless mathematicians new unemployment time
  • From: georgeW
• Re: Graph isomorphism in O(n^3) - I hope :)
  • From: blazej.podsiadlo@xxxxxxxxxxxxxx
• Re: negative curvature, multi-dimensional
  • From: Gib Bogle
• Re: what is Random ?
  • From: danheyman@xxxxxxxxx
• Re: negative curvature, multi-dimensional
  • From: BURT
• Re: JSH: Understanding the situation
  • From: Lits O'Hate
• Re: JSH: Understanding the situation
  • From: Lits O'Hate
• Re: what is Math ?
  • From: Michael Press
• Re: Expression for partial sum of e
  • From: Michael Press
• Re: JSH-inspired poem
  • From: kiloVolts
• Re: Measure theory problem in Halmos
  • From: W^3
• Re: Is a non-decreasing function necessarily continuous?
  • From: Dave L. Renfro
• Re: Is a non-decreasing function necessarily continuous?
  • From: Virgil
• Re: what is Random ?
  • From: Herman Rubin
• Re: Useless mathematicians new unemployment time
  • From: Dave L. Renfro
• Re: Purpose of these posts on this newsgroup
  • From: Haword
• Re: Useless mathematicians new unemployment time
  • From: rabbits77
• Re: how to best prepare for oral exams in math?
  • From: William Elliot
• Re: Intersection of linear subspaces
  • From: Christopher Henrich
• JSH-inspired poem
  • From: Jim Ferry
• Re: Mathematics Curriculum - Euler's Elements of Algebra
  • From: rabbits77
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• Re: JSH: Why they lurk
  • From: chuck
• Re: how to best prepare for oral exams in math?
  • From: Dave L. Renfro
• Orders and Quotients
  • From: William Elliot
• Re: how to best prepare for oral exams in math?
  • From: Ronald Bruck
• Re: Intersection of linear subspaces
  • From: José Carlos Santos
• Re: Mod
  • From: William Elliot
• how to best prepare for oral exams in math?
  • From: rabbits77
• Re: h(x) = 2*x*2^(2/h(x)) , h^[n](x)?
  • From: Patrick Coilland
• Re: what is Random ?
  • From: amzoti
• Re: Is a non-decreasing function necessarily continuous?
  • From: rabbits77
• Re: JSH: Understanding the situation
  • From: Mensanator
• Re: Opinion on a sum of independent r.v.'s
  • From: LAker
• Re: Intersection of linear subspaces
  • From: dr-er
• Re: It
  • From: William Elliot
• Re: Mathematics Curriculum - Euler's Elements of Algebra
  • From: Hero
• Re: what is Random ?
  • From: rossum
• Re: JSH: Understanding the situation
  • From: amzoti
• Re: Intersection of linear subspaces
  • From: dr-er
• Re: sigma_r(x) = power series
  • From: Leroy Quet
• Re: Intersection of linear subspaces
  • From: dr-er
• New Style Abercrombie and Fitch Bags - Discount
  • From: jmsmark88
• Re: JSH: Understanding the situation
  • From: rossum
• Re: sigma_r(x) = power series
  • From: Leroy Quet
• Re: Graph isomorphism in O(n^3) - I hope :)
  • From: Mariano Suárez-Alvarez
• Re: Graph isomorphism in O(n^3) - I hope :)
  • From: Jacko
• Re: what is Random ?
  • From: Ludovicus
• Re: what is Random ?
  • From: Ludovicus
• Re: sigma_r(x) = power series
  • From: Leroy Quet
• Mod
  • From: KY
• Re: Intersection of linear subspaces
  • From: micheletrovan
• Re: JSH: Understanding the situation
  • From: amzoti
• Re: what is Random ?
  • From: rossum
• Re: is the function sin(floor(x)) Borel measurable?
  • From: Dave L. Renfro
• Re: Factoring using the Discriminant
  • From: Dave L. Renfro
• Re: is the function sin(floor(x)) Borel measurable?
  • From: jaialai . technology
• Re: Intersection of linear subspaces
  • From: Chip Eastham
• Re: what is Random ?
  • From: Han de Bruijn
• Re: JSH: Understanding the situation
  • From: Joshua Cranmer
• Re: Intersection of linear subspaces
  • From: José Carlos Santos
• Re: Intersection of linear subspaces
  • From: Chip Eastham
• Re: Useless mathematicians new unemployment time
  • From: Dave L. Renfro
• Re: Cantor-Bendixson Rank and Degree
  • From: Dave L. Renfro
• Re: what is Random ?
  • From: Alexander S.F.X. van Dusen
• Re: JSH: Purpose of these posts on this newsgroup
  • From: Jens Stueckelberger
• Re: Opinion on a sum of independent r.v.'s
  • From: David C . Ullrich
• Re: JSH: Finally! They're caught.
  • From: Boon
• Re: what is Random ?
  • From: Ludovicus
• Re: JSH: Understanding the situation
  • From: Jesse F. Hughes
• Re: JSH: Understanding the 'why' of Pell's Equation
  • From: Jesse F. Hughes
• Intersection of linear subspaces
  • From: dr-er
• Re: is the function sin(floor(x)) Borel measurable?
  • From: Olivier
• Re: JSH: Understanding the situation
  • From: juandiego
• Re: JSH: Understanding the situation
  • From: Joshua Cranmer
• Cantor-Bendixson Rank and Degree
  • From: Slavko Rede
• Opinion on a sum of independent r.v.'s
  • From: LAker
• New mathematics / physical sciences positions at http://jobs.phds.org, Mar 30, 2009
  • From: PhDs . org
• Re: JSH: Probing composites with quadratic residues idea
  • From: KMF
• Re: JSH: Understanding the situation
  • From: KMF
• Re: Global Cooling
  • From: Steve Puetz
• JSH finally posts without a single mathematical error
  • From: Tim Smith
• Re: JSH: Finally! They're caught.
  • From: bert
• Re: The 'why' of the behavior
  • From: Boon
• Re: Graph isomorphism in O(n^3) - I hope :)
  • From: Tim Little
• Re: Godel Incompleteness Theorem
  • From: barry barrett
• Two Questions About Godel's Original Paper
  • From: barry barrett
• Re: Godel Incompleteness Theorem
  • From: barry barrett
• what is Random ?
  • From: Nimo
• Graph isomorphism in O(n^3) - I hope :)
  • From: blazej.podsiadlo@xxxxxxxxxxxxxx
• Re: Eigenvalues of a Diagonally Dominant Real Matrix
  • From: Rruffpaw
• Re: JSH: Understanding the situation
  • From: JSH
• Re: JSH: Understanding the situation
  • From: JSH
• Re: JSH: Why they lurk
  • From: JSH
• Re: Global Cooling
  • From: dan73
• PELLS EQUATION SOLUTION
  • From: inverse 19
• Re: Eigenvalues of a Diagonally Dominant Real Matrix
  • From: Rruffpaw
• Re: JSH: Purpose of these posts on this newsgroup
  • From: KMF
• Re: JSH: Understanding the situation
  • From: pumpledumplekins
• Re: JSH: Why they lurk
  • From: KMF
• Re: JSH: Understanding the situation
  • From: Tim Peters
• Re: Useless mathematicians new unemployment time
  • From: georgeW
• Re: Useless mathematicians new unemployment time
  • From: georgeW
• Re: JSH: Why they lurk
  • From: Jesse F. Hughes
• Re: JSH: Understanding the situation
  • From: JSH
• Re: JSH: Understanding the situation
  • From: juandiego
• Re: JSH: Understanding the situation
  • From: JSH
• Re: JSH: Why they lurk
  • From: JSH
• Re: JSH: Understanding the situation
  • From: Jesse F. Hughes
• Re: JSH: Why they lurk
  • From: Jesse F. Hughes
• Re: JSH: Purpose of these posts on this newsgroup
  • From: amzoti
• Re: JSH: Understanding the situation
  • From: JSH
• Re: JSH: Understanding the situation
  • From: juandiego
• Re: JSH: Understanding the situation
  • From: JSH
• JSH: Purpose of these posts on this newsgroup
  • From: JSH
• Re: JSH: Understanding the situation
  • From: Jesse F. Hughes
• Re: JSH: Why they lurk
  • From: JSH
• Re: JSH: Understanding the situation
  • From: JSH
• Re: A recursion axiom for N?
  • From: Herman Rubin
• Re: JSH: Understanding the situation
  • From: pumpledumplekins
• Re: JSH: Why they lurk
  • From: Jesse F. Hughes
• brain is on the edge of chaos (recent article)
  • From: David Bernier
• Re: JSH: Why they lurk
  • From: JSH
• Re: JSH: Finally! They're caught.
  • From: JSH
• Re: JSH: Understanding the situation
  • From: JSH
• Re: homotopy and homology
  • From: Mariano Suárez-Alvarez
• Re: How to Tell if Such a Set Exists?
  • From: PHPBABY3
• sigma_r(x) = power series
  • From: Leroy Quet
• Re: How to Tell if Such a Set Exists?
  • From: PHPBABY3
• Re: How to Tell if Such a Set Exists?
  • From: PHPBABY3
• Re: JSH: Understanding the situation
  • From: Tim Smith
• Re: c-towers in proving AC => Zorn
  • From: Arturo Magidin
• Re: Difference between "for all" and "for each" ?
  • From: Virgil
• Re: JSH: Understanding the situation
  • From: willo_thewisp
• Re: JSH: Why they lurk
  • From: Jesse F. Hughes
• Re: c-towers in proving AC => Zorn
  • From: thirdmojo
• Re: homotopy and homology
  • From: anonymous . rubbertube
• Re: A recursion axiom for N?
  • From: Angus Rodgers
• Re: JSH: Finally! They're caught.
  • From: Enrico
• Re: JSH: Understanding the situation
  • From: amzoti
• Re: homotopy and homology
  • From: W. Dale Hall
• Re: A recursion axiom for N?
  • From: David Hartley
• JSH: Understanding the situation
  • From: JSH
• Re: Factoring
  • From: Phil Carmody
• Re: Eigenvalues of a Diagonally Dominant Real Matrix
  • From: Robert Israel
• Re: A recursion axiom for N?
  • From: James Waldby
• Re: JSH: Finally! They're caught.
  • From: JSH
• Re: JSH: Finally! They're caught.
  • From: JSH
• Re: Math Prodigy Tao
  • From: James Waldby
• A recursion axiom for N?
  • From: Dan Christensen
• Re: It
  • From: istillshine
• Re: Difference between "for all" and "for each" ?
  • From: Phil Carmody
• Re: JSH: Finally! They're caught.
  • From: Mensanator
• Re: JSH: Finally! They're caught.
  • From: amzoti
• Re: JSH: Finally! They're caught.
  • From: Enrico
• Re: homotopy and homology
  • From: anonymous . rubbertube
• Re: homotopy and homology
  • From: sanchopancho80
• Re: Eigenvalues of a Diagonally Dominant Real Matrix
  • From: Rruffpaw
• Re: JSH: Finally! They're caught.
  • From: JSH
• Re: Difference between "for all" and "for each" ?
  • From: Ronald Bruck
• Re: JSH: Finally! They're caught.
  • From: Joshua Cranmer
• Re: homotopy and homology
  • From: sanchopancho80
• Re: homotopy and homology
  • From: anonymous . rubbertube
• Re: Eigenvalues of a Diagonally Dominant Real Matrix
  • From: Rruffpaw
• JSH: Finally! They're caught.
  • From: JSH
• Re: Irreducible polynomials in Z_p
  • From: Angus Rodgers
• Re: homotopy and homology
  • From: Mariano Suárez-Alvarez
• Re: homotopy and homology
  • From: anonymous . rubbertube
• Re: h(x) = 2*x*2^(2/h(x)) , h^[n](x)?
  • From: Patrick Coilland
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• Re: Math Prodigy Tao
  • From: curious george
• Re: .9 repeating
  • From: Jesse F. Hughes
• Re: .9 repeating
  • From: Jesse F. Hughes
• Re: second homology group of RP^2
  • From: sanchopancho80
• Re: Irreducible polynomials in Z_p
  • From: achille
• Re: Irreducible polynomials in Z_p
  • From: Angus Rodgers
• second homology group of RP^2
  • From: sanchopancho80
• Re: It
  • From: Angus Rodgers
• Re: homotopy and homology
  • From: achille
• Re: h(x) = 2*x*2^(2/h(x)) , h^[n](x)?
  • From: alainverghote@xxxxxxxxx
• Re: homotopy and homology
  • From: sanchopancho80
• Re: homotopy and homology
  • From: sanchopancho80
• Re: homotopy and homology
  • From: achille
• Re: circular complex root locus by oval/rigid loop rotation
  • From: gudi
• Re: h(x) = 2*x*2^(2/h(x)) , h^[n](x)?
  • From: Patrick Coilland
• Re: homotopy and homology
  • From: sanchopancho80
• Re: homotopy and homology
  • From: achille
• Re: Irreducible polynomials in Z_p
  • From: quasi
• Re: Irreducible polynomials in Z_p
  • From: quasi
• Re: h(x) = 2*x*2^(2/h(x)) , h^[n](x)?
  • From: Ioannis
• Re: Mathematics Curriculum - Euler's Elements of Algebra
  • From: William Elliot
• Re: Difference between "for all" and "for each" ?
  • From: Barry Schwarz
• homotopy and homology
  • From: sanchopancho80
• Re: h(x) = 2*x*2^(2/h(x)) , h^[n](x)?
  • From: alainverghote@xxxxxxxxx
• Re: Irreducible polynomials in Z_p
  • From: quasi
• It
  • From: William Elliot
• Re: Irreducible polynomials in Z_p
  • From: achille
• Re: Irreducible polynomials in Z_p
  • From: quasi
• Re: Irreducible polynomials in Z_p
  • From: gauss . euler05
• Re: How to prove the following for Φ^n
  • From: Alpha
• Math Prodigy Tao
  • From: GoldenHeart
• Irreducible polynomials in Z_p
  • From: gauss . euler05
• Anyone studied Smirnov's A Course of Higher Mathematics
  • From: istillshine
• Re: Factoring
  • From: Tim Little
• Re: Eigenvalues of a Diagonally Dominant Real Matrix
  • From: achille
• Re: Eigenvalues of a Diagonally Dominant Real Matrix
  • From: achille
• Re: Eigenvalues of a Diagonally Dominant Real Matrix
  • From: achille
• Re: c-towers in proving AC => Zorn
  • From: Jim Heckman
• Re: Mathematics Curriculum - Euler's Elements of Algebra
  • From: Euler'sFan
• Re: Eigenvalues of a Diagonally Dominant Real Matrix
  • From: Rruffpaw
• Re: Eigenvalues of a Diagonally Dominant Real Matrix
  • From: achille
• Re: Factoring
  • From: Mensanator
• Re: How to prove the following for Φ^n
  • From: achille
• Re: Finding triples (a,b,c) such that a^2 + b^2 + c^2 = P^2 and abc = Q^3
  • From: christian.bau
• Re: hypercube graph
  • From: Mariano Suárez-Alvarez
• Re: Eigenvalues of a Diagonally Dominant Real Matrix
  • From: Rruffpaw
• Re: Factoring
  • From: pubkeybreaker
• circular complex root locus by oval/rigid loop rotation
  • From: gudi
• Re: How to prove the following for Φ^n
  • From: Ray Vickson
• Re: Eigenvalues of a Diagonally Dominant Real Matrix
  • From: Ray Vickson
• Re: Factoring
  • From: [Mr.] Lynn Kurtz
• Eigenvalues of a Diagonally Dominant Real Matrix
  • From: Rruffpaw
• Re: h(x) = 2*x*2^(2/h(x)) , h^[n](x)?
  • From: Ioannis
• Re: Factoring
  • From: Ioannis
• h(x) = 2*x*2^(2/h(x)) , h^[n](x)?
  • From: alainverghote@xxxxxxxxx
• Re: The 'why' of the behavior
  • From: KMF
• Re: Factoring
  • From: Bart Goddard
• Re: Least squares regression, constraints
  • From: rip pelletier
• Re: How to prove the following for Φ^n
  • From: Ray Vickson
• Re: How to prove the following for Φ^n
  • From: Alpha
• Re: How to prove the following for Φ^n
  • From: Alpha
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• Re: How to prove the following for Φ^n
  • From: Ray Vickson
• Re: Define mass
  • From: inverse 19
• Re: How to prove the following for Φ^n
  • From: Ludovicus
• Re: How to prove the following for Φ^n
  • From: Ray Vickson
• Re: Define mass
  • From: Denis Feldmann
• 4d simplicial decomposition question
  • From: Karol Grzyb
• Re: Define mass
  • From: inverse 19
• Re: How to prove the following for Φ^n
  • From: Alpha
• Re: Factoring
  • From: pubkeybreaker
• Re: JSH: The 'why' of the behavior
  • From: KMF
• Re: How to prove the following for Φ^n
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• Re: A ball collection problem
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• Re: Finding generators of a finite group
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• Ed Hardy Rhinestone Hat - Fashionable
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• Re: advanced engineering dynamics
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• Re: Vanishing ideal of PSL_n
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• Re: Prepend 1 to a^2 to get b^2!
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• Re: Finding generators of a finite group
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• Re: Prepend 1 to a^2 to get b^2!
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• Re: Fibonacci Word (Spiral Pattern)
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• Re: Vanishing ideal of PSL_n
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• Re: Sequences
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• A ball collection problem
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• Re: P=NP
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• Re: .9 repeating
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• Re: P=NP
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• Re: Finding generators of a finite group
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• Re: Vanishing ideal of PSL_n
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• Re: eigenvalues of nonsymmetric matrix vs similar symmetric matrix
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• Vanishing ideal of PSL_n
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• Finding generators of a finite group
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• eigenvalues of nonsymmetric matrix vs similar symmetric matrix
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• Prepend 1 to a^2 to get b^2!
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• Re: P=NP
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• Re: P=NP
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• Re: P=NP
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• advanced engineering dynamics
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• Re: Godel Incompleteness Theorem
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• Re: On a diophantine equation
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• Re: Mod[a[n],p]
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• Re: "Surreal Numbers" Filled With Gaps?
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• Re: Mod[a[n],p]
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• Re: Sequences
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• Re: "Surreal Numbers" Filled With Gaps?
  • From: lwalke3
• Re: SUBTHREAD : fixed point
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• Re: P=NP
  • From: Mensanator
• Re: Comparison test
  • From: kelvSYC
• Quotient orders and the ordering of partitions
  • From: William Elliot
• Re: Expression for partial sum of e
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• Re: Comparison test
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• Re: Comparison test
  • From: W^3
• Re: P=NP
  • From: Arturo Magidin
• Re: Sequences
  • From: Arturo Magidin
• Re: Convergence
  • From: Arturo Magidin
• Re: P=NP
  • From: Mensanator
• Sequences
  • From: John
• Convergence
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• Re: To find f(x) when f ( f (x) ) is given
  • From: quasi
• Re: Comparison test
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• Comparison test
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• Re: Logic and tautology
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• Re: "Surreal Numbers" Filled With Gaps?
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• Re: what is Math ?
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• Re: Logic and tautology -- and Apologies
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• Expression for partial sum of e
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• Re: To find f(x) when f ( f (x) ) is given
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• Re: P=NP
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• Mod[a[n],p]
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• Re: "Surreal Numbers" Filled With Gaps?
  • From: David R Tribble
• Re: Expected number of singles
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• Curious function...
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• Re: P=NP
  • From: quasi
• Re: Mod
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• Re: P=NP
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• Re: On a diophantine equation
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• Re: To find f(x) when f ( f (x) ) is given
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• Re: P=NP
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• Re: P=NP
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• Re: P=NP
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• P=NP
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• Re: Logic and tautology -- and Apologies
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• Re: On a diophantine equation
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• Re: SUBTHREAD : fixed point
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• Re: Godel Incompleteness Theorem
  • From: barry barrett
• Re: Mod
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• Re: On a diophantine equation
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• Re: On a diophantine equation
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• Re: Fibonacci Word (Spiral Pattern)
  • From: Mensanator
• Re: what is Math ?
  • From: Don Stockbauer
• Re: On a diophantine equation
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• Re: what is Math ?
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• Re: Logic and tautology -- and Apologies
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• Re: single value decomposition
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• Re: Logic and tautology -- and Apologies
  • From: Aatu Koskensilta
• Fibonacci Word (Spiral Pattern)
  • From: S_Paske
• Re: On a diophantine equation
  • From: William Elliot
• Re: Godel Incompleteness Theorem
  • From: barry barrett
• Re: Godel Incompleteness Theorem
  • From: Aatu Koskensilta
• Re: a packing problem
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• Re: Expected number of singles
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• Re: linear regression with interval variable
  • From: Ray Koopman
• A generalization of Neuberg's Theorem & the Simson line
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• Re: is this a mistake in Mathworld's definition of almost everywhere convergence?
  • From: Arturo Magidin
• Re: a packing problem
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• On a diophantine equation
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• Re: Logic and tautology
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• Re: a packing problem
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• Re: linear regression with interval variable
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• Re: Logic and tautology
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• Re: "Surreal Numbers" Filled With Gaps?
  • From: Jhonas
• Re: Expected number of singles
  • From: Gus Gassmann
• Re: Results in analysis first proved using non-standard methods
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• Re: Logic and tautology
  • From: Aatu Koskensilta
• Re: single value decomposition
  • From: ge . bellman
• Re: Logic and tautology
  • From: Aatu Koskensilta
• Re: Expected number of singles
  • From: Martin Frisch
• Re: where is the falt
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• Re: Logic and tautology
  • From: Dan Christensen
• Re: elementary matrices in "GL(Z,n)"
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• Re: a packing problem
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• Re: a packing problem
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• Re: ubasic in Win XP with EMS (expanded memory)
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• Re: #301 all those fake names
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• Re: elementary matrices in "GL(Z,n)"
  • From: juandiego
• Re: #301 all those fake names
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• Re: Mod
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• Re: where is the falt
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• Re: Mod
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• Re: I need an online reference
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• Re: #301 all those fake names
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• Re: Logic and tautology
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• Re: Mod
  • From: cbrown@xxxxxxxxxxxxxxxxx
• Expected number of singles
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• Re: a riddle
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• Re: Logic and tautology
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• Re: elementary matrices in "GL(Z,n)"
  • From: Mariano Suárez-Alvarez
• Re: what is Math ?
  • From: Nimo
• Re: what is Math ?
  • From: Nimo
• Re: single value decomposition
  • From: Jack Schmidt
• elementary matrices in "GL(Z,n)"
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• Re: Logic and tautology
  • From: James Burns
• ATO Matsumoto Men Shoes - Discount
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• Re: Couple of challenging Diophantine problems
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• Re: "Surreal Numbers" Filled With Gaps?
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• Re: is this a mistake in Mathworld's definition of almost everywhere convergence?
  • From: Jonathan Groves
• Re: is this a mistake in Mathworld's definition of almost everywhere convergence?
  • From: Jonathan Groves
• Re: Couple of challenging Diophantine problems
  • From: Dan Cass
• Re: Couple of challenging Diophantine problems
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• Re: what is Math ?
  • From: Don Stockbauer
• Re: #301 all those fake names
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• Re: continued fractions for golden ratio and a coincidence?
  • From: juandiego
• Re: linear regression with interval variable
  • From: analyst41
• Re: linear regression with interval variable
  • From: analyst41
• Re: is this a mistake in Mathworld's definition of almost everywhere convergence?
  • From: David C . Ullrich
• Re: "Surreal Numbers" Filled With Gaps?
  • From: David C . Ullrich
• Re: why matrix ?
  • From: David C . Ullrich
• Re: q-groups acting on p-groups, linear algebra 'metatheorem' ?
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• Re: Mod
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• Re: Logic and tautology
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• Re: My conclusion on which sets are groups and which aren't. Please review.
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• Re: I need an online reference
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• single value decomposition
  • From: ge . bellman
• Re: I need an online reference
  • From: Bluuuue Rajah
• Re: where is the falt
  • From: Virgil
• Re: where is the falt
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• Re: a riddle
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• Re: #301 all those fake names
  • From: plutonium . archimedes
• Re: Need a formula to find original loan value when only balance, payment, and term are known
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• Re: where is the falt
  • From: Alexm
• Re: #301 all those fake names
  • From: Michael Press
• where is the falt
  • From: hkritzinger
• Re: Finding triples (a,b,c) such that a^2 + b^2 + c^2 = P^2 and abc = Q^3
  • From: pumpledumplekins
• q-groups acting on p-groups, linear algebra 'metatheorem' ?
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• Re: what is Math ?
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• Re: Mod
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• Re: "Surreal Numbers" Filled With Gaps?
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• Re: Logic and tautology
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• Re: continued fractions for golden ratio and a coincidence?
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• Re: Show a quadratic is convex
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• Re: Couple of challenging Diophantine problems
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• Re: linear regression with interval variable
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• Re: linear regression with interval variable
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• Re: Show a quadratic is convex
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• Re: what is Math ?
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• Re: Multiple Choice Exams: Scoring a 0% is harder than scoring a 25%
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• Re: a riddle
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• Re: continued fractions for golden ratio and a coincidence?
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• Re: Couple of challenging Diophantine problems
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• Show a quadratic is convex
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• Re: linear regression with interval variable
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• Re: Couple of challenging Diophantine problems
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• Re: I need an online reference
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• continued fractions for golden ratio and a coincidence?
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• I need an online reference
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• Re: a riddle
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• Re: easy question from newbie
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• Re: "Surreal Numbers" Filled With Gaps?
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• Re: "Surreal Numbers" Filled With Gaps?
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• Basic question on homology: cycles as geometric. objects
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• Re: "Surreal Numbers" Filled With Gaps?
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• Re: "Surreal Numbers" Filled With Gaps?
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• Re: Manhattan Distance and Distance on a Surface
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• Re: "Surreal Numbers" Filled With Gaps?
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• Re: "Surreal Numbers" Filled With Gaps?
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• Re: Logic and tautology
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• Re: a riddle
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• Re: "Surreal Numbers" Filled With Gaps?
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• Re: Godel Incompleteness Theorem
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• Re: Godel Incompleteness Theorem
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• real projective space
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• Re: My conclusion on which sets are groups and which aren't. Please review.
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• Re: a riddle
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• Re: a packing problem
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• Re: a packing problem
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• Re: My conclusion on which sets are groups and which aren't. Please review.
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• Re: is this a mistake in Mathworld's definition of almost everywhere convergence?
  • From: Arturo Magidin
• Re: "Surreal Numbers" Filled With Gaps?
  • From: mike3
• Re: My conclusion on which sets are groups and which aren't. Please review.
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• Re: Logic and tautology
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• My conclusion on which sets are groups and which aren't. Please review.
  • From: Mc Lauren Series
• a packing problem
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• is this a mistake in Mathworld's definition of almost everywhere convergence?
  • From: rabbits77
• My conclusion on which sets are groups and which aren't. Please review.
  • From: Mc Lauren Series
• Re: Logic and tautology
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• Re: Manhattan Distance and Distance on a Surface
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• Re: "Surreal Numbers" Filled With Gaps?
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• Re: Logic and tautology
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• Re: a riddle
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• Re: "Surreal Numbers" Filled With Gaps?
  • From: Aatu Koskensilta
• a riddle
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• Re: "Surreal Numbers" Filled With Gaps?
  • From: Denis Feldmann
• Re: "Surreal Numbers" Filled With Gaps?
  • From: Denis Feldmann
• Re: Logic and tautology
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• Re: "Surreal Numbers" Filled With Gaps?
  • From: Denis Feldmann
• Re: "Surreal Numbers" Filled With Gaps?
  • From: Denis Feldmann
• Re: "Surreal Numbers" Filled With Gaps?
  • From: Denis Feldmann
• Re: combining uncertainties
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• Re: "Surreal Numbers" Filled With Gaps?
  • From: Aatu Koskensilta
• Re: "Surreal Numbers" Filled With Gaps?
  • From: Aatu Koskensilta
• Re: "Surreal Numbers" Filled With Gaps?
  • From: Dave Seaman
• Re: what is Math ?
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• Re: Multiple Choice Exams: Scoring a 0% is harder than scoring a 25%
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• what is Math ?
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• Re: "Surreal Numbers" Filled With Gaps?
  • From: Aatu Koskensilta
• Multiple Choice Exams: Scoring a 0% is harder than scoring a 25%
  • From: 2.7182818284590...
• Re: Logic and tautology
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• Re: why matrix ?
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• Re: Logic and tautology
  • From: Aatu Koskensilta
• Re: "Surreal Numbers" Filled With Gaps?
  • From: Dave Seaman
• Re: "Surreal Numbers" Filled With Gaps?
  • From: Aatu Koskensilta
• Re: "Surreal Numbers" Filled With Gaps?
  • From: Aatu Koskensilta
• Giancoli eBook, Solutions, & Test Bank
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• Re: "Surreal Numbers" Filled With Gaps?
  • From: Dave Seaman
• combining uncertainties
  • From: François Grondin
• Abercrombie Fitch Mens Shorts - Discount
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• Re: "Surreal Numbers" Filled With Gaps?
  • From: Dave Seaman
• Re: "Surreal Numbers" Filled With Gaps?
  • From: Aatu Koskensilta
• Re: Manhattan Distance and Distance on a Surface
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• Re: "Surreal Numbers" Filled With Gaps?
  • From: G. A. Edgar
• Re: "Surreal Numbers" Filled With Gaps?
  • From: Aatu Koskensilta
• Re: iteration equation
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• Re: "Surreal Numbers" Filled With Gaps?
  • From: Dave Seaman
• Re: "Surreal Numbers" Filled With Gaps?
  • From: pauldepstein
• Re: Logic and tautology
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• Re: Factoring 2x^5 +7x^4 -18x^2 -8x +8
  • From: Torsten Hennig
• Re: #301 all those fake names
  • From: Jesse F. Hughes
• Re: Factoring 2x^5 +7x^4 -18x^2 -8x +8
  • From: Fernando
• Re: Manhattan Distance and Distance on a Surface
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• Re: Mod
  • From: pubkeybreaker
• Re: Mod
  • From: quasi
• Re: Mod
  • From: Gottfried Helms
• Re: Mod
  • From: Bill Dubuque
• Re: "Surreal Numbers" Filled With Gaps?
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• Re: "Surreal Numbers" Filled With Gaps?
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• Re: A formula for a function being recursive
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• Re: Manhattan Distance and Distance on a Surface
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• Re: Mod
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• "Surreal Numbers" Filled With Gaps?
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• Re: hyperbolic functions
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• Re: Summation
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• Re: linear regression with interval variable
  • From: Ray Vickson
• Re: #301 all those fake names
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• ubasic in Win XP with EMS (expanded memory)
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• Re: The numberline is mostly wet ...
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• Re: The numberline is mostly wet ...
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• Re: Hard Matrix Problem
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• Re: Hard Matrix Problem
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• Re: Lubos Motl's forced resignation from Harvard University Physics Department
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• Re: Mod
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• Re: -- Packing unit circles in circles: new results
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• Re: Factoring
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• Re: The numberline is mostly wet ...
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• Re: Logic and tautology
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• Re: Mod
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• Re: Mod
  • From: lwalke3
• Re: Manhattan Distance and Distance on a Surface
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• Re: Manhattan Distance and Distance on a Surface
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• Re: easy question from newbie
  • From: Gerry Myerson
• Re: linear regression with interval variable
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• Re: Manhattan Distance and Distance on a Surface
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• Re: Manhattan Distance and Distance on a Surface
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• Re: easy question from newbie
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• Re: sum inequality
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• Re: easy question from newbie
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• Manhattan Distance and Distance on a Surface
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• Re: low rank matrix approximation
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• Re: 0.999999
  • From: JEMebius
• Re: Question about stochastic matrices
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• Re: easy question from newbie
  • From: Gerry Myerson
• debt/time value question
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• Re: Mod
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• Re: Mod
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• Re: easy question from newbie
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• Re: Mod
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• Re: easy question from newbie
  • From: quasi
• Re: Mod
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• Re: Mod
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• Re: To find f(x) when f ( f (x) ) is given
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• Re: Need a formula to find original loan value when only balance, payment, and term are known
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• Re: Couple of challenging Diophantine problems
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• Re: Logic and tautology
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• Re: linear regression with interval variable
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• Re: sum inequality
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• Re: Summation
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• Re: Factoring
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• Re: tetration: another family of powerseries for fractional iteration
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• Re: Summation
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• easy question from newbie
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• Re: Summation
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• Re: Google Scholar
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• Re: Summation
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• Re: sum inequality
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• Re: Mod
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• Re: To find f(x) when f ( f (x) ) is given
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• Re: linear regression with interval variable
  • From: analyst41
• To find f(x) when f ( f (x) ) is given
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• Re: smallest sphere enclosing a point set
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• Re: Summation
  • From: W^3
• Re: The factoring method JSH *should* have discovered
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• Re: linear regression with interval variable
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• Re: Summation
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• Re: smallest sphere enclosing a point set
  • From: Jim Burns
• Re: Summation
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• Re: low rank matrix approximation
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• Re: Finding triples (a,b,c) such that a^2 + b^2 + c^2 = P^2 and abc = Q^3
  • From: OwlHoot
• Re: Couple of challenging Diophantine problems
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• low rank matrix approximation
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• Re: Summation
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• linear regression with interval variable
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• Summation
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• Re: f(f(x)) = x^sqrt(2) + x^sqrt(3)
  • From: achille
• why matrix ?
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• Re: smallest sphere enclosing a point set
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• Re: f(f(x)) = x^sqrt(2) + x^sqrt(3)
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• Re: smallest sphere enclosing a point set
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• Re: smallest sphere enclosing a point set
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• Re: Google Scholar
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• Re: f(f(x)) = x^sqrt(2) + x^sqrt(3)
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• Re: Mod
  • From: pubkeybreaker
• smallest sphere enclosing a point set
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• Re: Factoring
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• Re: Factoring
  • From: pubkeybreaker
• Re: Factoring
  • From: curious george
• Re: The factoring method JSH *should* have discovered
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• Re: Google Scholar
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• Re: Mod
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• Re: Logic and tautology
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• Re: Logic and tautology
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• Re: Logic and tautology
  • From: Jesse F. Hughes
• Re: tetration: another family of powerseries for fractional iteration
  • From: Ioannis
• Re: Google Scholar
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• Re: Google Scholar
  • From: Frederick Williams
• Re: Google Scholar
  • From: David C . Ullrich
• Re: Chain rule for composition of functions with different codomains
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• A limit sequence
  • From: BobbyG
• Re: Google Scholar
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• Google Scholar
  • From: G. A. Edgar
• Re: Question about stochastic matrices
  • From: G. A. Edgar
• Question about stochastic matrices
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• Re: Mod
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• Re: tetration: another family of powerseries for fractional iteration
  • From: sheldon.levenstein@xxxxxxxxx
• Re: Mod
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• Re: Question on the Hopf fibration
  • From: José Carlos Santos
• Re: Finding triples (a,b,c) such that a^2 + b^2 + c^2 = P^2 and abc = Q^3
  • From: pumpledumplekins
• Re: Factoring
  • From: David Bernier
• Re: Factoring
  • From: Tim Little
• Re: Question on the Hopf fibration
  • From: anonymous . rubbertube
• Re: Generalized permutations
  • From: cbrown@xxxxxxxxxxxxxxxxx
• Re: immersion
  • From: KMF
• Re: Factoring
  • From: Mensanator
• Factoring
  • From: mike3
• Re: special group presentation
  • From: Arturo Magidin
• Re: The factoring method JSH *should* have discovered
  • From: mike3
• Re: Question on the Hopf fibration
  • From: W. Dale Hall
• Re: Logic and tautology
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• Re: Logic and tautology
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• Re: Logic and tautology
  • From: Dan Christensen
• Question on the Hopf fibration
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• Re: Logic and tautology
  • From: Dave Seaman
• Re: special group presentation
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• immersion
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• Re: Mod
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• Re: Need a formula to find original loan value when only balance, payment, and term are known
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• Re: #301 all those fake names
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• Re: Logic and tautology
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• Re: Hammer falls on JSH's foot, Pell's Equation factoring solution is crap
  • From: Tim Peters
• Gucci shoes
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• paypal wholesale Puma
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• Mod
  • From: KY
• Re: Finding triples (a,b,c) such that a^2 + b^2 + c^2 = P^2 and abc = Q^3
  • From: OwlHoot
• Re: Chain rule for composition of functions with different codomains
  • From: W^3
• Re: fiber bundles
  • From: W. Dale Hall
• Re: special group presentation
  • From: quasi
• Re: Finding triples (a,b,c) such that a^2 + b^2 + c^2 = P^2 and abc = Q^3
  • From: OwlHoot
• Re: differential equations
  • From: Steven
• Re: The numberline is mostly wet ...
  • From: christian.bau
• Chain rule for composition of functions with different codomains
  • From: belford . eugene
• Re: special group presentation
  • From: sanchopancho80
• Re: special group presentation
  • From: sanchopancho80
• Re: Need a formula to find original loan value when only balance, payment, and term are known
  • From: FoxKat
• differential equations
  • From: Steven
• Re: Need a formula to find original loan value when only balance, payment, and term are known
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• Re: special group presentation
  • From: Mariano Suárez-Alvarez
• Tetration for small bases?
  • From: mike3
• Re: special group presentation
  • From: sanchopancho80
• Re: Hard Matrix Problem
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• Re: special group presentation
  • From: Arturo Magidin
• Re: special group presentation
  • From: gerry
• Re: special group presentation
  • From: Mariano Suárez-Alvarez
• Re: an intuitive fermat like conjecture
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• 0.999999
  • From: amy666
• Re: Hard Matrix Problem
  • From: Bart Goddard
• special group presentation
  • From: sanchopancho80
• Re: Hard Matrix Problem
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• Re: Hard Matrix Problem
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• Re: Logic and tautology
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• Re: Logic and tautology
  • From: Dan Christensen
• Re: Logic and tautology
  • From: Aatu Koskensilta
• Re: an intuitive fermat like conjecture
  • From: OwlHoot
• >>> CONCEALED CARRY <<<__________________________________________
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• Couple of challenging Diophantine problems
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• Re: VECOR SPACE MULTIPLICATION
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• Re: God is mad
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• The numberline is mostly wet ...
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• Re: God is mad
  • From: amy666
• Re: Surfaces of negative curvature
  • From: chamcha . saladin
• Re: .9 repeating
  • From: BURT
• Mathematical Programming (Optimization) and the Number Theory
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• Re: Solution manual and test bank
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• Re: Logic and tautology
  • From: zzbunker@xxxxxxxxxxxx
• Re: Logic and tautology
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• Re: Logic and tautology
  • From: Dan Christensen
• Re: sum inequality
  • From: W^3
• Re: VECOR SPACE MULTIPLICATION
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• Re: f(f(x)) = x^sqrt(2) + x^sqrt(3)
  • From: Patrick Coilland
• VECOR SPACE MULTIPLICATION
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• Re: Errors in the book :Prime Numbers
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• Errors in the book :Prime Numbers
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• Hard Matrix Problem
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• Generalized permutations
  • From: aegis
• Re: an intuitive fermat like conjecture
  • From: Denis Feldmann
• Re: an intuitive fermat like conjecture
  • From: Denis Feldmann
• Re: sum inequality
  • From: William Elliot
• Re: an intuitive fermat like conjecture
  • From: Gottfried Helms
• Re: an intuitive fermat like conjecture
  • From: amy666
• Re: Is this composite and its 2 prime factors a former rsa challenge number?
  • From: dan73
• Re: an intuitive fermat like conjecture
  • From: amy666
• Re: f(f(x)) = x^sqrt(2) + x^sqrt(3)
  • From: amy666
• Re: .9 repeating
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• Re: .9 repeating
  • From: Jesse F. Hughes
• Re: Logic and tautology
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• Re: SUBTHREAD : fixed point
  • From: Jesse F. Hughes
• Re: SUBTHREAD : fixed point
  • From: Jesse F. Hughes
• Re: f(f(x)) = x^sqrt(2) + x^sqrt(3)
  • From: achille
• Re: .9 repeating
  • From: Jesse F. Hughes
• sum inequality
  • From: Adam Daldry
• Re: an intuitive fermat like conjecture
  • From: Gottfried Helms
• Re: f(f(x)) = x^sqrt(2) + x^sqrt(3)
  • From: alainverghote@xxxxxxxxx
• Re: f(f(x)) = x^sqrt(2) + x^sqrt(3)
  • From: hagman
• Re: an intuitive fermat like conjecture
  • From: hagman
• Re: f(f(x)) = x^sqrt(2) + x^sqrt(3)
  • From: Patrick Coilland
• Re: Finding triples (a,b,c) such that a^2 + b^2 + c^2 = P^2 and abc = Q^3
  • From: OwlHoot
• Re: Jesse Hughes does not belong in sci.math, and filtering of who you talk to Re: .9 repeating
  • From: Phil Carmody
• Re: Hammer falls on JSH's foot, Pell's Equation factoring solution is crap
  • From: mike3
• Re: #296 Chapter 10; Closed to multiplication, and, Lwal, can the standard Reals have a FrontView plus BackView?; new book 2nd edition: New True Mathematics
  • From: David R Tribble
• Re: SUBTHREAD : fixed point
  • From: lwalke3
• Re: .9 repeating
  • From: David R Tribble
• Re: SUBTHREAD : fixed point
  • From: lwalke3
• Re: SUBTHREAD : fixed point
  • From: lwalke3
• Re: .9 repeating
  • From: David R Tribble
• Re: The square of a sphere by inverse 19 mathematics
  • From: fishfry
• Re: Inconsistency of the usual axioms of set theory
  • From: lwalke3
• Re: Hammer falls on JSH's foot, Pell's Equation factoring solution is crap
  • From: Tim Peters
• Re: credit to who discovered what Re: .9 repeating
  • From: lwalke3
• Re: .9 repeating
  • From: lwalke3
• Re: Hammer falls on JSH's foot, Pell's Equation factoring solution is crap
  • From: mike3
• Re: Logic and tautology
  • From: Dan Christensen
• Re: Is this composite and its 2 prime factors a former rsa challenge number?
  • From: mike3
• Re: Is this composite and its 2 prime factors a former rsa challenge number?
  • From: Mensanator
• Re: an intuitive fermat like conjecture
  • From: cplxphil
• Re: hyperbolic functions
  • From: Ray Vickson
• Re: new-idears Re: .9 repeating
  • From: Anon
• Is this composite and its 2 prime factors a former rsa challenge number?
  • From: dan73
• Re: new-idears Re: .9 repeating
  • From: Bart Goddard
• Re: Jesse Hughes does not belong in sci.math, and filtering of who
  • From: Dik T. Winter
• Re: new-idears Re: .9 repeating
  • From: Dik T. Winter
• Re: Finding triples (a,b,c) such that a^2 + b^2 + c^2 = P^2 and abc = Q^3
  • From: OwlHoot
• Re: #301 all those fake proofs that 0.9999..... = 1 Re: .9 repeating
  • From: Richard Tobin
• Re: #301 all those fake proofs that 0.9999..... = 1 Re: .9 repeating
  • From: Jesse F. Hughes
• an intuitive fermat like conjecture
  • From: amy666
• Re: Jesse Hughes does not belong in sci.math, and filtering of who you talk to Re: .9 repeating
  • From: Jesse F. Hughes
• Re: Can a certain determination be made on a large composite such as rsa2048?
  • From: amy666
• Re: Jesse Hughes does not belong in sci.math, and filtering of who you talk to Re: .9 repeating
  • From: Aatu Koskensilta
• Re: representation by classes in homology. Def. please:
  • From: jewsforjesusalou
• Re: Can a certain determination be made on a large composite such as rsa2048?
  • From: quasi
• Re: Jesse Hughes does not belong in sci.math, and filtering of who you talk to Re: .9 repeating
  • From: Aatu Koskensilta
• Re: Jesse Hughes does not belong in sci.math, and filtering of who you talk to Re: .9 repeating
  • From: Aatu Koskensilta
• Re: SUBTHREAD : fixed point
  • From: amy666
• Re: Finding triples (a,b,c) such that a^2 + b^2 + c^2 = P^2 and abc = Q^3
  • From: Virgil
• Re: SUBTHREAD : fixed point
  • From: amy666
• Re: Finding triples (a,b,c) such that a^2 + b^2 + c^2 = P^2 and abc = Q^3
  • From: hagman
• f(f(x)) = x^sqrt(2) + x^sqrt(3)
  • From: amy666
• Average value of cosine puzzle
  • From: Jim Ferry
• Re: JSH: Closing moments on first part of saga
  • From: Tim Smith
• Re: A simple looking integral
  • From: user923005
• Question about characteristic function
  • From: Axel Vogt
• Re: Jesse Hughes does not belong in sci.math, and filtering of who you talk to Re: .9 repeating
  • From: Jesse F. Hughes
• Re: Jesse Hughes does not belong in sci.math, and filtering of who you talk to Re: .9 repeating
  • From: lwalke3
• Re: Finding triples (a,b,c) such that a^2 + b^2 + c^2 = P^2 and abc = Q^3
  • From: googlenews
• Re: .9 repeating
  • From: lwalke3
• Re: Logic and tautology
  • From: Jesse F. Hughes
• Re: Logic and tautology
  • From: Dan Christensen
• Re: hyperbolic functions
  • From: José Carlos Santos
• Re: Kant and Hilbert
  • From: wwilson
• Re: SUBTHREAD : fixed point
  • From: Jesse F. Hughes
• Re: tetration: another family of powerseries for fractional iteration
  • From: Ioannis
• Re: SUBTHREAD : fixed point
  • From: MoeBlee
• Re: .9 repeating
  • From: MoeBlee
• Re: A simple looking integral
  • From: [Mr.] Lynn Kurtz
• Continuous Extensions
  • From: William Elliot
• Re: Finding triples (a,b,c) such that a^2 + b^2 + c^2 = P^2 and abc = Q^3
  • From: pumpledumplekins
• Re: counting subgroups
  • From: Arturo Magidin
• Re: new-idears Re: .9 repeating
  • From: Dave L. Renfro
• Re: .9 repeating
  • From: Michael Stemper
• Re: JSH: Closing moments on first part of saga
  • From: Jesse F. Hughes
• Re: Logic and tautology
  • From: Jesse F. Hughes
• Re: hyperbolic functions
  • From: Steven
• Re: counting subgroups
  • From: tomtim20
• Re: Can a certain determination be made on a large composite such as rsa2048?
  • From: pubkeybreaker
• Re: Logic and tautology
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• Re: Need a formula to find original loan value when only balance, payment, and term are known
  • From: William Elliot
• Re: hyperbolic functions
  • From: José Carlos Santos
• Re: hyperbolic functions
  • From: Aage Andersen
• Re: hyperbolic functions
  • From: Bart Goddard
• Re: Can a certain determination be made on a large composite such as rsa2048?
  • From: dan73
• hyperbolic functions
  • From: Steven
• Re: GCD related function?
  • From: Gerry
• geld zu verdienen,ich schnell viel geld verdienen,tycoon geld machen,geld verdienen mit immobilien,geld verdienen mit meinungsumfragen,
  • From: kineret876
• Re: .9 repeating
  • From: Dik T. Winter
• Re: Can a certain determination be made on a large composite such as rsa2048?
  • From: pubkeybreaker
• Re: SUBTHREAD : fixed point
  • From: Jesse F. Hughes
• Re: Can a certain determination be made on a large composite such as rsa2048?
  • From: pubkeybreaker
• Re: A simple looking integral
  • From: A N Niel
• GCD related function?
  • From: Gerry
• Re: #296 Chapter 10; Closed to multiplication, and, Lwal, can the standard Reals have a FrontView plus BackView?; new book 2nd edition: New True Mathematics
  • From: Jesse F. Hughes
• Re: SUBTHREAD : fixed point
  • From: Jesse F. Hughes
• proper crediting in sci.math for new discoveries (FrontView with BackView) Re: .9 repeating
  • From: plutonium . archimedes
• Re: Can a certain determination be made on a large composite such as rsa2048?
  • From: temptony
• Re: SUBTHREAD : fixed point
  • From: Aatu Koskensilta
• Re: Inconsistency of the usual axioms of set theory
  • From: Jesse F. Hughes
• Re: Good books in elementary number theory
  • From: Frederick Williams
• Re: SUBTHREAD : fixed point
  • From: Jesse F. Hughes
• Re: SUBTHREAD : fixed point
  • From: Aatu Koskensilta
• Re: Jesse Hughes does not belong in sci.math, and filtering of who you talk to Re: .9 repeating
  • From: Jesse F. Hughes
• Re: Lebesgue measure. Please help.
  • From: Timothy Murphy
• Re: Finding triples (a,b,c) such that a^2 + b^2 + c^2 = P^2 and abc = Q^3
  • From: gerry
• credit to who discovered what Re: .9 repeating
  • From: plutonium . archimedes
• Finding triples (a,b,c) such that a^2 + b^2 + c^2 = P^2 and abc = Q^3
  • From: googlenews
• fiber bundles
  • From: sanchopancho80
• Re: Applied Maths: Simple Mortgage Problem
  • From: Ray Vickson
• Re: Good books in elementary number theory
  • From: juandiego
• Computing the potential from the continuity equation
  • From: mathforum09
• Re: .9 repeating
  • From: Jussi Piitulainen
• Re: Fourier-like Series
  • From: David C . Ullrich
• Re: Surfaces of negative curvature
  • From: achille
• Re: Inconsistency of the usual axioms of set theory
  • From: David C . Ullrich
• Re: Jesse Hughes does not belong in sci.math, and filtering of who you talk to Re: .9 repeating
  • From: cbrown@xxxxxxxxxxxxxxxxx
• Re: Puzzling Question on Job Application
  • From: fishfry
• Re: Fourier-like Series
  • From: W^3
• Re: SUBTHREAD : fixed point
  • From: lwalke3
• Re: Inconsistency of the usual axioms of set theory
  • From: lwalke3
• new-idears Re: .9 repeating
  • From: plutonium . archimedes
• Re: .9 repeating
  • From: cbrown@xxxxxxxxxxxxxxxxx
• Re: .9 repeating
  • From: lwalke3
• Re: Fourier-like Series
  • From: Robert Israel
• Fourier-like Series
  • From: John Washburn
• Need a formula to find original loan value when only balance, payment, and term are known
  • From: FoxKat
• Re: Logic and tautology
  • From: quasi
• Re: Jesse Hughes does not belong in sci.math, and filtering of who you talk to Re: .9 repeating
  • From: lwalke3
• Re: Kant and Hilbert
  • From: Tim Little
• Re: Hammer falls on JSH's foot, Pell's Equation factoring solution is crap
  • From: Ben Bacarisse
• Re: Hammer falls on JSH's foot, Pell's Equation factoring solution is crap
  • From: mike3
• Re: .9 repeating
  • From: Tim Little
• Re: Good books in elementary number theory
  • From: quasi
• Re: .9 repeating
  • From: lwalke3
• Re: Logic and tautology
  • From: Jesse F. Hughes
• Re: JSH: Closing moments on first part of saga
  • From: Jesse F. Hughes
• Re: A simple looking integral
  • From: [Mr.] Lynn Kurtz
• Can a certain determination be made on a large composite such as rsa2048?
  • From: dan73
• Re: Hammer falls on JSH's foot, Pell's Equation factoring solution is crap
  • From: JSH
• Re: Logic and tautology
  • From: quasi
• Re: .9 repeating
  • From: lwalke3
• Re: .9 repeating
  • From: Jesse F. Hughes
• Re: .9 repeating
  • From: MoeBlee
• Re: Good books in elementary number theory
  • From: Gerry Myerson
• Re: .9 repeating
  • From: lwalke3
• Re: .9 repeating
  • From: lwalke3
• Re: Hammer falls on JSH's foot, Pell's Equation factoring solution is crap
  • From: Mensanator
• Re: A simple looking integral
  • From: Ken Pledger
• Re: A simple looking integral
  • From: Phil Freedenberg
• Re: .9 repeating
  • From: Jesse F. Hughes
• Re: A simple looking integral
  • From: W^3
• Re: A simple looking integral
  • From: W^3
• Re: Good books in elementary number theory
  • From: Bart Goddard
• Re: Good books in elementary number theory
  • From: charlescalculus_robertobaggio
• Solutions Manual, Test Bank, New Collection 2009
  • From: Student.plus(At)Hotmail(Dot)Com
• Re: Hammer falls on JSH's foot, Pell's Equation factoring solution is crap
  • From: Lits O'Hate
• Re: A simple looking integral
  • From: Virgil
• A simple looking integral
  • From: user923005
• Re: Kant and Hilbert
  • From: paull
• Re: The square of a sphere by inverse 19 mathematics
  • From: paull
• Re: counting subgroups
  • From: paull
• Re: Help with function composition proof
  • From: Michael Press
• Re: excessive charity or those who have "new ideas" Re: .9 repeating
  • From: MoeBlee
• Re: Logic and tautology
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• Re: excessive charity or those who have "new ideas" Re: .9 repeating
  • From: Jesse F. Hughes
• Re: Logic and tautology
  • From: Ken Pledger
• Re: counting subgroups
  • From: Arturo Magidin
• counting subgroups
  • From: tomtim20
• Re: Kant and Hilbert
  • From: Robert Israel
• Surfaces of negative curvature
  • From: chamcha . saladin
• Re: Inconsistency of the usual axioms of set theory
  • From: MoeBlee
• Re: Lebesgue measure. Please help.
  • From: W^3
• Re: The square of a sphere by inverse 19 mathematics
  • From: amy666
• Re: Inconsistency of the usual axioms of set theory
  • From: amy666
• Re: representation by classes in homology. Def. please:
  • From: Mariano Suárez-Alvarez
• Re: Kant and Hilbert
  • From: victor_meldrew_666@xxxxxxxxxxx
• Re: representation by classes in homology. Def. please:
  • From: jewsforjesusalou
• Re: representation by classes in homology. Def. please:
  • From: Mariano Suárez-Alvarez
• Re: Short mathematical problem
  • From: quasi
• Re: .9 repeating
  • From: K_h
• Re: Good books in elementary number theory
  • From: Bill Dubuque
• Re: Media. Should I use it in this case?
  • From: William Elliot
• excessive charity or those who have "new ideas" Re: .9 repeating
  • From: plutonium . archimedes
• Re: Short mathematical problem
  • From: Luca Villa
• Jesse Hughes does not belong in sci.math, and filtering of who you talk to Re: .9 repeating
  • From: plutonium . archimedes
• Re: Logical connective "or" : inclusive or exclusive meaning?
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• Re: Media. Should I use it in this case?
  • From: shapper
• Re: .9 repeating
  • From: Jesse F. Hughes
• Re: Short mathematical problem
  • From: David W . Cantrell
• Re: SUBTHREAD : fixed point
  • From: Jesse F. Hughes
• Re: Short mathematical problem
  • From: jmorriss
• representation by classes in homology. Def. please:
  • From: jewsforjesusalou
• Good books in elementary number theory
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• Re: Media. Should I use it in this case?
  • From: William Elliot
• Re: Kant and Hilbert
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• Short mathematical problem
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• Re: Logic and tautology
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• Re: how to find z-values for a "stick-out" statistic?
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• Re: Logic and tautology
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• Re: Extension
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• posters to sci.math should be ranked by how many new ideas they ever offered Re: .9 repeating
  • From: plutonium . archimedes
• Re: Logic and tautology
  • From: Dave Seaman
• Re: ? high dim conic
  • From: CCC
• Re: Hammer falls on JSH's foot, Pell's Equation factoring solution is crap
  • From: rossum
• Re: .9 repeating
  • From: James Burns
• Re: math in crosswords
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• Re: Logical connective "or" : inclusive or exclusive meaning?
  • From: G. A. Edgar
• Re: ? high dim conic
  • From: A N Niel
• Logical connective "or" : inclusive or exclusive meaning?
  • From: charlescalculus_robertobaggio
• Logic and tautology
  • From: charlescalculus_robertobaggio
• Re: how to find z-values for a "stick-out" statistic?
  • From: David Bernier
• math in crosswords
  • From: Bart Goddard
• Re: JSH: Closing moments on first part of saga
  • From: Boon
• Re: Kant and Hilbert
  • From: Tim BandTech.com
• Re: .9 repeating
  • From: Jesse F. Hughes
• Re: .9 repeating
  • From: Jesse F. Hughes
• ? high dim conic
  • From: Cheng Cosine
• Re: .9 repeating
  • From: Dik T. Winter
• Re: Regular Pentagon
  • From: hagman
• Re: .9 repeating
  • From: Dik T. Winter
• Re: Hammer falls on JSH's foot, Pell's Equation factoring solution is crap
  • From: Tim Peters
• Media. Should I use it in this case?
  • From: shapper
• Re: .9 repeating
  • From: Jesse F. Hughes
• Re: how to find z-values for a "stick-out" statistic?
  • From: John Nagelson
• Re: iteration equation
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• Kant and Hilbert
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• Re: average = ???
  • From: amy666
• Re: .9 repeating
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• Re: f_n(x)=x(x - 1/n). Show that f_n -> x^2 \mu-almost everywhere
  • From: David C . Ullrich
• Re: average = ???
  • From: amy666
• Re: f_n(x)=x(x - 1/n). Show that f_n -> x^2 \mu-almost everywhere
  • From: David C . Ullrich
• Re: JSH: Closing moments on first part of saga
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• Re: .9 repeating
  • From: Jesse F. Hughes
• Re: Hammer falls on JSH's foot, Pell's Equation factoring solution is crap
  • From: Tim Smith
• Re: .9 repeating
  • From: Jesse F. Hughes
• Re: average = ???
  • From: David C . Ullrich
• Re: .9 repeating
  • From: David C . Ullrich
• Re: index of a subgroup
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• Re: .9 repeating
  • From: David C . Ullrich
• Re: .9 repeating
  • From: Jussi Piitulainen
• The square of a sphere by inverse 19 mathematics
  • From: inverse 19
• Re: .9 repeating
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• Re: Prime Sums In A Grid
  • From: Tim Woodall
• Applied Maths: Simple Mortgage Problem
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• Re: Hammer falls on JSH's foot, Pell's Equation factoring solution is crap
  • From: mike3
• Re: Inverse matrix of a submatrix
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• Re: Extension
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• Extension
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• Re: proof that separable inner product spaces have orthonormal bases
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• Re: .9 repeating
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• Re: SUBTHREAD : fixed point
  • From: lwalke3
• Re: JSH: Closing moments on first part of saga
  • From: Gauss Euler
• Inverse matrix of a submatrix
  • From: Maduranga Liyanage
• Re: please clarify me here..
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• Regular Pentagon
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• Re: f_n(x)=x(x - 1/n). Show that f_n -> x^2 \mu-almost everywhere
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• Re: .9 repeating
  • From: lwalke3
• Re: .9 repeating
  • From: lwalke3
• Re: .9 repeating
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• Re: representing objects
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• Lebesgue measure. Please help.
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• proof that separable inner product spaces have orthonormal bases
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• representing objects
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• Re: .9 repeating
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• Re: Help with function composition proof
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• Re: .9 repeating
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• Re: .9 repeating
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• Re: .9 repeating
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• Re: Help with function composition proof
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• Question about OEIS #: A143543
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• Re: average = ???
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• Re: Hammer falls on JSH's foot, Pell's Equation factoring solution is crap
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• Re: .9 repeating
  • From: Jesse F. Hughes
• Re: Help with function composition proof
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• Re: Discussion from Ask-An-Algebraist
  • From: Bill Dubuque
• Help with function composition proof
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• Hammer falls on JSH's foot, Pell's Equation factoring solution is crap
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• Re: .9 repeating
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• Re: .9 repeating
  • From: Aatu Koskensilta
• Re: .9 repeating
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• Re: .9 repeating
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• Re: .9 repeating
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• Re: .9 repeating
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• Re: .9 repeating
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• Re: .9 repeating
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• Re: Discussion from Ask-An-Algebraist
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• Re: please clarify me here..
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• Re: .9 repeating
  • From: Aatu Koskensilta
• Re: Which is your favorite Integral Transform ?
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• Re: Discussion from Ask-An-Algebraist
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• please clarify me here..
  • From: Nimo
• Re: Discussion from Ask-An-Algebraist
  • From: Arturo Magidin
• Re: SUBTHREAD : fixed point
  • From: Jesse F. Hughes
• Re: Which is your favorite Integral Transform ?
  • From: HardySpicer
• Discussion from Ask-An-Algebraist
  • From: John R. Martin
• Re: A speculation about polynomial sequences and primes
  • From: pubkeybreaker
• Re: A speculation about polynomial sequences and primes
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• Re: iteration equation
  • From: Dave L. Renfro
• A speculation about polynomial sequences and primes
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• Re: JSH: another one bites the dust
  • From: Jesse F. Hughes
• Re: does anybody recognize this number?
  • From: frgn
• Re: average = ???
  • From: Mariano Suárez-Alvarez
• Re: average = ???
  • From: Dave L. Renfro
• Re: iteration equation ( avoid half iterate !!! )
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• Re: Emergency
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• average = ???
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• Re: iteration equation ( avoid half iterate !!! )
  • From: amy666
• Re: Which is your favorite Integral Transform ?
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• HOT!!paypal wholesale Shox (paypal payment)(www.fjrjtrade.com)
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• Re: .9 repeating
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• Re: .9 repeating
  • From: Jesse F. Hughes
• Re: .9 repeating
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• Re: Sigmoidal Function from [0, 1] to [0,1]?
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• Re: Yet another Euclidean geometry problem
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• Re: Yet another Euclidean geometry problem
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• Re: index of a subgroup
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• Re: LambertW
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• Re: Yet another Euclidean geometry problem
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• Re: Book on Analysis.
  • From: Zdislav V. Kovarik
• Re: index of a subgroup
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• Re: #294 Chapter 10; Lwal, can the standard Reals have a FrontView plus BackView?; new book 2nd edition: New True Mathematics
  • From: Jesse F. Hughes
• Re: LambertW
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• Re: .9 repeating
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• Re: Prescribed distance function
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• Re: .9 repeating
  • From: Jesse F. Hughes
• Re: Basic calculus problem - is this approach correct?
  • From: newbarker
• Re: .9 repeating
  • From: Jesse F. Hughes
• Emergency
  • From: Don Stockbauer
• Re: Basic calculus problem - is this approach correct?
  • From: newbarker
• Re: Test run results
  • From: Jesse F. Hughes
• Re: Sigmoidal Function from [0, 1] to [0,1]?
  • From: John Delft
• Yet another Euclidean geometry problem
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• Re: Prescribed distance function
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• Re: Not so easy topology problem
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• FREE SHIPPING!PAYPAL!HOT SELL !2009 newest style,Baseball Jersey,Baseball Jerseys,USA Baseball Jersey,young Baseball Jersey,adult Baseball Jersey
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• Question on matrix analysis
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• Which is your favorite Integral Transform ?
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• Re: Sigmoidal Function from [0, 1] to [0,1]?
  • From: Michael Press
• Re: Prescribed distance function
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• Re: does anybody recognize this number?
  • From: se16
• Jesse F. Hughes calls Bentley's President Gloria Cordes Larson, Esq. a Yay!
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• Re: tetration: another family of powerseries for fractional iteration
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• Re: Limit question
  • From: Torsten Hennig
• does anybody recognize this number?
  • From: frgn
• Re: PROOF THAT THE CONCEPT OF FINE ORDER IS THE SAME AS THE CONCEPT OF WELL ORDER, PLEASE READ!
  • From: William Elliot
• Re: JSH: Remember the goal
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• Re: happy pi day !!!
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• Re: .9 repeating
  • From: Tim Little
• Re: .9 repeating
  • From: Brian Chandler
• Re: Prime Numbers of form 10^n+27
  • From: Gerry Myerson
• Re: example of a covering space
  • From: W. Dale Hall
• Re: Prime Numbers of form 10^n+27
  • From: Alpha
• Re: .9 repeating
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• Re: Prime Numbers of form 10^n+27
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• Re: index of a subgroup
  • From: Arturo Magidin
• Re: Sigmoidal Function from [0, 1] to [0,1]?
  • From: Wilf.Rosenbaum@xxxxxxxxx
• Re: Convergence
  • From: Tim Little
• Re: .9 repeating
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• Re: iteration equation ( avoid half iterate !!! )
  • From: Mariano Suárez-Alvarez
• Convergence
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• Re: .9 repeating
  • From: Jesse F. Hughes
• Re: Pythagorean Quadruples in a 3d grid
  • From: Gerry Myerson
• Re: .9 repeating
  • From: lwalke3
• Re: Prime Numbers of form 10^n+27
  • From: user923005
• Question about parameter estimation by using RLS with quantization error
  • From: hhwolf76
• Re: .9 repeating
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• Re: Godel Incompleteness Theorem
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• Re: Godel Incompleteness Theorem
  • From: MoeBlee
• Re: Hyperbolic Only for (x^3 + Px + Q = 0)
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• Re: tetration: another family of powerseries for fractional iteration
  • From: Gottfried Helms
• Re: Godel Incompleteness Theorem
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• Re: Sigmoidal Function from [0, 1] to [0,1]?
  • From: Tim Little
• Re: LambertW
  • From: sadoc
• Re: Sigmoidal Function from [0, 1] to [0,1]?
  • From: rmillika
• Re: .9 repeating
  • From: Jesse F. Hughes
• Re: index of a subgroup
  • From: Jack Schmidt
• Re: .9 repeating
  • From: Jesse F. Hughes
• Re: LambertW
  • From: Ioannis
• Re: funny equation ?
  • From: amy666
• the imaginary part of LambertW
  • From: sadoc
• index of a subgroup
  • From: sanchopancho80
• Re: tetration: another family of powerseries for fractional iteration
  • From: Ioannis
• Re: Prime Numbers of form 10^n+27
  • From: Gerry Myerson
• Re: iteration equation ( avoid half iterate !!! )
  • From: amy666
• Re: iteration equation ( avoid half iterate !!! )
  • From: amy666
• Re: Prime Numbers of form 10^n+27
  • From: pubkeybreaker
• principal value
  • From: sun
• LambertW imaginary / real
  • From: sadoc
• LambertW imaginary / real
  • From: sadoc
• LambertW
  • From: sadoc
• tetration: another family of powerseries for fractional iteration
  • From: Gottfried Helms
• Re: Shuttle launch tonight at 7:43 EDT
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• Re: JSH: another one bites the dust
  • From: Jesse F. Hughes
• Re: iteration equation
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• Re: Convergence of Infinite Product [1 sin (1/1)][2 sin (2/2)][3 sin (3/3)] ...
  • From: Herman Rubin
• Re: Prime Numbers of form 10^n+27
  • From: pumpledumplekins
• Sigmoidal Function from [0, 1] to [0,1]?
  • From: John Delft
• Re: Book on Analysis.
  • From: Angus Rodgers
• Re: Student Doctor (Getting Solutions)
  • From: Dave L. Renfro
• Re: iteration equation ( where do we start ?? )
  • From: amy666
• Student Doctor (Getting Solutions)
  • From: studentdoctor
• Re: why tensor ? why not vectors in 100 words.
  • From: Nimo
• Book on Analysis.
  • From: Nimo
• Re: Prime Numbers of form 10^n+27
  • From: user923005
• Re: why tensor ? why not vectors in 100 words.
  • From: Nimo
• Re: iteration equation
  • From: Robert Israel
• Re: Prime Numbers of form 10^n+27
  • From: temptony
• Re: convergence in measure, show if fn-->f and gn-->g then fn+gn-->f+g
  • From: rabbits77
• Re: why tensor ? why not vectors in 100 words.
  • From: Aatu Koskensilta
• Re: That continuous iteration of quadratic maps thingy again.
  • From: mike3
• Re: That continuous iteration of quadratic maps thingy again.
  • From: mike3
• Re: .9 repeating
  • From: Jesse F. Hughes
• Re: convergence in measure, show cf_n ---> cf
  • From: rabbits77
• Re: why tensor ? why not vectors in 100 words.
  • From: Michael Stemper
• Re: Prime Numbers of form 10^n+27
  • From: Virgil
• Re: convergence in measure, show cf_n ---> cf
  • From: A N Niel
• Re: Prime Numbers of form 10^n+27
  • From: pumpledumplekins
• SALE OFF BRAND sports SHOES & MLB jersey(PAYPAL PAYMENT & FREE SHIPPING)
  • From: zhyss1011
• convergence in measure, show cf_n ---> cf
  • From: rabbits77
• Re: PROOF THAT THE CONCEPT OF FINE ORDER IS THE SAME AS THE CONCEPT OF WELL ORDER, PLEASE READ!
  • From: lundslaktare
• Re: Prescribed distance function
  • From: Kerrache
• Re: Slightly OT: Does drinking alcohol effect long term ability to do good math?
  • From: rabbits77
• Re: Interesting but Rare numbers
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• Re: Limit question
  • From: David C. Ullrich
• Re: JSH: another one bites the dust
  • From: frogma
• Re: example of a covering space
  • From: sanchopancho80
• Re: The modern mathematical concept of infinity is ...
  • From: Dik T. Winter
• Re: example of a covering space
  • From: sanchopancho80
• Re: Prime Numbers of form 10^n+27
  • From: Alpha
• Re: Prime Numbers of form 10^n+27
  • From: Alpha
• Re: Prime Numbers of form 10^n+27
  • From: Paul T
• Re: example of a covering space
  • From: Mariano Suárez-Alvarez
• Re: Convergence of Infinite Product [1 sin (1/1)][2 sin (1/2)][3 sin (1/3)] ...
  • From: victor_meldrew_666@xxxxxxxxxxx
• Re: Convergence of Infinite Product [1 sin (1/1)][2 sin (2/2)][3 sin (3/3)] ...
  • From: achille
• Re: Prime Numbers of form 10^n+27
  • From: user923005
• Re: Prime Numbers of form 10^n+27
  • From: user923005
• Convergence of Infinite Product [1 sin (1/1)][2 sin (2/2)][3 sin (3/3)] ...
  • From: lwapner2
• Re: Slightly OT: Does drinking alcohol effect long term ability to do good math?
  • From: quasi
• apparent blowup of Euler equations (fluid mechanics)
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• Re: centroids of a finite set in a normed space
  • From: David C . Ullrich
• Re: PROOF THAT THE CONCEPT OF FINE ORDER IS THE SAME AS THE CONCEPT OF WELL ORDER, PLEASE READ!
  • From: William Elliot
• Re: iteration equation
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• Re: iteration equation
  • From: amy666
• Interesting but Rare numbers
  • From: Alpha
• Re: Slightly OT: Does drinking alcohol effect long term ability to do good math?
  • From: Don Stockbauer
• Prime Numbers of form 10^n+27
  • From: Alpha
• Re: Slightly OT: Does drinking alcohol effect long term ability to do good math?
  • From: William Elliot
• Re: Limit question
  • From: Torsten Hennig
• Re: example of a covering space
  • From: achille
• Limit question
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• centroids of a finite set in a normed space
  • From: Hagen
• Re: example of a covering space
  • From: Butch Malahide
• example of a covering space
  • From: sanchopancho80
• Re: Basis rep. of symmetric ,bilinear map after tensoring. How?
  • From: Mariano Suárez-Alvarez
• Re: Basis rep. of symmetric ,bilinear map after tensoring. How?
  • From: KMF
• Basis rep. of symmetric ,bilinear map after tensoring. How?
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• Re: Powerset of a set is not its member
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• Re: JSH: another one bites the dust
  • From: Steve Dalton
• Re: infinite sum
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• Re: Values of d in AP 11+210*d*i, i=0..10, with 11 primes.
  • From: Zak Seidov
• Re: SUBTHREAD : fixed point
  • From: lwalke3
• Re: .9 repeating
  • From: Jesse F. Hughes
• Re: Test run results (was Re: JSH: Factoring solution test run, Fermat primes)
  • From: Tim Peters
• Re: Remember the goal
  • From: Haword
• Neat way to save "your" money ?
  • From: imuaplease
• Re: Test run results (was Re: JSH: Factoring solution test run, Fermat primes)
  • From: JSH
• Pythagorean Quadruples in a 3d grid
  • From: dan73
• Pythagorean Quadruples in a 3d grid
  • From: dan73
• Re: JSH: Factoring solution test run, Fermat primes
  • From: Tim Little
• Re: iteration equation
  • From: Robert Israel
• Re: That continuous iteration of quadratic maps thingy again.
  • From: Mariano Suárez-Alvarez
• Re: iteration equation
  • From: amy666
• Re: funny equation ?
  • From: amy666
• Powerset of a set is not its member
  • From: Victor Porton
• real problem
  • From: amy666
• Re: A Note on the Collatz Conjecture
  • From: Mensanator
• great and typical tommy1729 idea :)
  • From: amy666
• Re: That continuous iteration of quadratic maps thingy again.
  • From: mike3
• Re: Marginal density of normal+beta random variable
  • From: Stephen J. Herschkorn
• Re: Slightly OT: Does drinking alcohol effect long term ability to do good math?
  • From: Mensanator
• Hex KB - Klein bottle game
  • From: Mark Steere
• Re: Basic calculus problem - is this approach correct?
  • From: quasi
• Re: Rant about The Creator's Glory
  • From: KMF
• Re: Rant about The Creator's Glory
  • From: KMF
• Slightly OT: Does drinking alcohol effect long term ability to do good math?
  • From: rabbits77
• PROOF THAT THE CONCEPT OF FINE ORDER IS THE SAME AS THE CONCEPT OF WELL ORDER, PLEASE READ! DON'T LET THE CAPS LOCK KEY SCARE YOU AWAY!
  • From: lundslaktare
• Re: Basic calculus problem - is this approach correct?
  • From: quasi
• Re: iteration equation
  • From: alainverghote@xxxxxxxxx
• Re: Factoring problem solved, remaining issues resolved
  • From: Jesse F. Hughes
• Re: JSH: another one bites the dust
  • From: Alan Morgan
• Re: why tensor ? why not vectors in 100 words.
  • From: Ian Gay
• What are binodal points ?
  • From: sttscitrans@xxxxxxxxx
• Re: SUBTHREAD : fixed point
  • From: MoeBlee
• Re: SUBTHREAD : fixed point
  • From: MoeBlee
• Re: Basic calculus problem - is this approach correct?
  • From: Dave
• Basic calculus problem - is this approach correct?
  • From: newbarker
• Re: Surely You're Joking, Mr. Ullrich !
  • From: Han de Bruijn
• Re: iteration equation
  • From: Dmishin
• Re: Generation of cyclic functions
  • From: alainverghote@xxxxxxxxx
• Re: JSH: another one bites the dust
  • From: Boon
• Re: A Note on the Collatz Conjecture
  • From: Darrell Cox
• Re: Prescribed distance function
  • From: José Carlos Santos
• Re: Prescribed distance function
  • From: David C . Ullrich
• Re: Prescribed distance function
  • From: David C . Ullrich
• Re: Prescribed distance function
  • From: myforums . forums
• Re: Prescribed distance function
  • From: myforums . forums
• Re: Generation of cyclic functions
  • From: hagman
• Re: Proving that these roots are real
  • From: hagman
• Marginal density of normal+beta random variable
  • From: Richard Hofler
• Re: Prescribed distance function
  • From: José Carlos Santos
• Re: Proving that these roots are real
  • From: Philippe 92
• Re: Prescribed distance function
  • From: A N Niel
• Prescribed distance function
  • From: myforums . forums
• Re: Surely You're Joking, Mr. Ullrich !
  • From: Jesse F. Hughes
• Re: Proving that these roots are real
  • From: José Carlos Santos
• About confidence intervals
  • From: Dani Camps
• Re: Geometric series problem (1)
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• Re: Proving that these roots are real
  • From: Philippe 92
• Re: why tensor ? why not vectors in 100 words.
  • From: J. B. Wood
• Generation of cyclic functions
  • From: alainverghote@xxxxxxxxx
• Re: why tensor ? why not vectors in 100 words.
  • From: achille
• Re: Surely You're Joking, Mr. Ullrich !
  • From: Tonicopm
• New mathematics / physical sciences positions at http://jobs.phds.org, Mar 16, 2009
  • From: PhDs . org
• Re: JSH: Remember the goal
  • From: David C . Ullrich
• Re: Surely You're Joking, Mr. Ullrich !
  • From: Han de Bruijn
• Re: why tensor ? why not vectors in 100 words.
  • From: Don Stockbauer
• Re: Surely You're Joking, Mr. Ullrich !
  • From: Han de Bruijn
• Re: Proving that these roots are real
  • From: Don Stockbauer
• Re: Proving that these roots are real
  • From: José Carlos Santos
• Re: Tips on visualizing algebraic curves and algebraic varieties
  • From: Jose Capco
• why tensor ? why not vectors in 100 words.
  • From: Nimo
• Proving that these roots are real
  • From: Albert
• Tips on visualizing algebraic curves and algebraic varieties
  • From: Jose Capco
• Re: Sequence
  • From: Michael Press
• Re: Pi Reward?!
  • From: Phil Carmody
• Re: convex polyhedron
  • From: edzioweb
• Re: Projecting 3D coplanar points to 2D
  • From: achille
• Re: Multiplication and convolution question
  • From: Ray Vickson
• Projecting 3D coplanar points to 2D
  • From: Hoss
• Re: Hyperbolic Only for (x^3 + Px + Q = 0)
  • From: Gerry Myerson
• Re: 3^m + 1 = 10^n
  • From: Gerry Myerson
• Re: JSH: Factoring solution test run, Fermat primes
  • From: JSH
• Re: JSH: Closing moments on first part of saga. Groundhog Day
  • From: KMF
• Re: iteration equation
  • From: What Happened, indeed
• Re: funny equation ?
  • From: What Happened, indeed
• Multiplication and convolution question
  • From: Maduranga Liyanage
• Re: dependent and independent events in probability
  • From: Robert Israel
• Life sucks with underneath plan ?
  • From: imuaplease
• Re: That continuous iteration of quadratic maps thingy again.
  • From: Mariano Suárez-Alvarez
• Re: Monte Carlo simulation of a distribution with unknown scaling constant.
  • From: smartnose
• Re: Monte Carlo simulation of a distribution with unknown scaling constant.
  • From: smartnose
• dependent and independent events in probability
  • From: conrad
• Monte Carlo simulation of a distribution with unknown scaling constant.
  • From: smart
• Re: That continuous iteration of quadratic maps thingy again.
  • From: mike3
• Re: JSH: Remember the goal
  • From: amzoti
• Re: Geometric series problem (1)
  • From: charlescalculus_robertobaggio
• Re: JSH: Factoring solution test run, Fermat primes
  • From: Gib Bogle
• Re: Hyperbolic Only for (x^3 + Px + Q = 0)
  • From: Hyperbolic-Novice
• Re: iteration equation
  • From: Mariano Suárez-Alvarez
• Re: iteration equation
  • From: amy666
• funny equation ?
  • From: amy666
• Re: Pi Reward?!
  • From: Ken Pledger
• Re: iteration equation
  • From: Mariano Suárez-Alvarez
• Re: Unbounded function
  • From: W^3
• Re: mathematical proof that people are irrational
  • From: Ken Pledger
• iteration equation
  • From: amy666
• Re: JSH: Remember the goal
  • From: Gib Bogle
• Re: JSH: Closing moments on first part of saga
  • From: Gib Bogle
• Re: convex polyhedron
  • From: hagman
• Re: 3^m + 1 = 10^n
  • From: William Elliot
• how to find z-values for a "stick-out" statistic?
  • From: John Nagelson
• Re: 3^m + 1 = 10^n
  • From: William Elliot
• Re: convex polyhedron
  • From: edzioweb
• Re: Unbounded function
  • From: Virgil
• Re: Growth Process Governed by dP/dt = kP^2 ?
  • From: [Mr.] Lynn Kurtz
• Re: JSH: Remember the goal
  • From: marcus_bruckner
• Re: Factoring problem solved, remaining issues resolved
  • From: Jesse F. Hughes
• Re: SUBTHREAD : fixed point
  • From: lwalke3
• Re: Factoring problem solved, remaining issues resolved
  • From: Jesse F. Hughes
• Re: convex polyhedron
  • From: gudi
• Re: JSH: Remember the goal
  • From: Jesse F. Hughes
• Re: Interesting system of ODE, application in physics?
  • From: gudi
• Re: Interesting system of ODE, application in physics?
  • From: gudi
• convex polyhedron
  • From: edzioweb
• Re: Interesting system of ODE, application in physics?
  • From: gudi
• Re: JSH: Remember the goal
  • From: Jens Stueckelberger
• Lebesgue Measure exercise
  • From: Johnnie
• Re: Unbounded function
  • From: A N Niel
• Re: Unbounded function
  • From: A N Niel
• Re: JSH: Remember the goal
  • From: marcus_bruckner
• Re: The binomial transform that is related to Collatz 3n+1.
  • From: dan73
• Unbounded function
  • From: dark.sorrow.mystery@xxxxxxxxx
• Re: 3^m + 1 = 10^n
  • From: Jonathan Groves
• Re: Remember the goal
  • From: Dirk Van de moortel
• Re: 3^m + 1 = 10^n
  • From: Robert Israel
• JSH: Remember the goal
  • From: JSH
• Re: The binomial transform that is related to Collatz 3n+1.
  • From: Mensanator
• Re: Geometric series problem (1)
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• Re: JSH: Mystery increases
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• Concept of Complex numbers is weird ?
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• Re: -- regions determined by convex open sets in R^n
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• Re: -- regions determined by convex open sets in R^n
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• Re: Third category theory question (ACC, page 93)
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• Re: Non-Countability of dimension of C[0,1].
  • From: Dave L. Renfro
• Re: Non-Countability of dimension of C[0,1].
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• Re: Non-Countability of dimension of C[0,1].
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• Re: some help on a function
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  • From: Ioannis
• Result by Trybula on non-transitive probabilities
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• Re: Modelling with differential equations problem
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• Re: -- polyhedron with non-convex faces
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• Re: -- polyhedron with non-convex faces
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• Re: -- polyhedron with non-convex faces
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• Re: About set theory(AC)
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• Re: Why is the tetration so much harder to extend than the factorial?
  • From: mike3
• Re: -- polyhedron with non-convex faces
  • From: G. A. Edgar
• Re: -- polyhedron with non-convex faces
  • From: Tim Little
• Re: Third category theory question (ACC, page 93)
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• Re: About set theory(AC)
  • From: MoeBlee
• Re: -- polyhedron with non-convex faces
  • From: Mariano Suárez-Alvarez
• Re: -- polyhedron with non-convex faces
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• Re: -- polyhedron with non-convex faces
  • From: Tim Little
• Re: Not so easy topology problem
  • From: LordBeotian
• Re: About set theory(AC)
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• Re: Modelling with differential equations problem
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• Re: -- polyhedron with non-convex faces
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• Re: scheduling problem optimizing preferences
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• Re: Non-Countability of dimension of C[0,1].
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• What should this statement be? Complex analysis
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• Re: topological embedding
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• A practical formula for pi(N)
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• Re: Not so easy topology problem
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• Re: Non-Countability of dimension of C[0,1].
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• Re: ¿No experimental proofs on Michelson flashlight H-path? I can't believe it
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• A 'next one' function ...
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• Re: SUBTHREAD : fixed point
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• Request for comment on an article in discreet math
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• Re: Non-Countability of dimension of C[0,1].
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• Re: Non-Countability of dimension of C[0,1].
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• Re: Non-Countability of dimension of C[0,1].
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• Re: Non-Countability of dimension of C[0,1].
  • From: Mariano Suárez-Alvarez
• Non-Countability of dimension of C[0,1].
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• Re: Godels theorem is meaningless
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• Re: Godels use of the axiom of reducibility makes his incompleteness theorem invalid
  • From: byron
• Re: bottles vs. cartons
  • From: Mensanator
• Re: geometry question
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• Re: JSH: Weird feeling
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• Re: Dual factorization equations and factoring
  • From: Joshua Cranmer
• Re: bottles vs. cartons
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• Re: Godels theorem is meaningless
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• Re: JSH: Step by step through the factoring algorithm
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• Re: geometry question
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• Re: bottles vs. cartons
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• Re: ¿No experimental proofs on Michelson flashlight H-path? I can't believe it
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• Re: The scientist as idiot
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• Re: The scientist as idiot or leader?
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• Re: ¿No experimental proofs on Michelson flashlight H-path? I can't believe it
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• Re: Godels use of the axiom of reducibility makes his incompleteness theorem invalid
  • From: Rupert
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• Re: Godels theorem is meaningless
  • From: Don Stockbauer
• Re: nonlinear differential equation and expansion of its eigensolution
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• Re: The scientist as idiot
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• Re: ¿No experimental proofs on Michelson flashlight H-path? I can't believe it
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• Re: bottles vs. cartons
  • From: holly smith
• Re: Bounded operators between Lebesgue spaces
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• Re: Announcement: New prime-finding project
  • From: Don Reble
• Re: JSH: Slowly I turned...step by step...inch by inch
  • From: Michael Press
• Re: minimum of two numbers
  • From: K S
• Re: minimum of two numbers
  • From: Virgil
• Re: minimum of two numbers
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• Re: minimum of two numbers
  • From: Tim Woodall
• Re: Quintic equation x^5+5x^3+5x-1=0...
  • From: Ignacio Larrosa Cañestro
• ¿No experimental proofs on Michelson flashlight H-path? I can't believe it
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• Re: minimum of two numbers
  • From: Tim Woodall
• Re: Quintic equation x^5+5x^3+5x-1=0...
  • From: OwlHoot
• Re: A Note on the Collatz Conjecture
  • From: Mensanator
• Re: scheduling problem optimizing preferences
  • From: erwin . kalvelagen
• Re: JSH: Mystery increases
  • From: rossum
• Re: JSH: Step by step through the factoring algorithm
  • From: rossum
• Re: Triangle in Circle
  • From: beeworks
• Re: JSH: Mystery increases
  • From: Gib Bogle
• Re: JSH: Slowly I turned...step by step...inch by inch
  • From: Gib Bogle
• Re: Elegant 17th-Century Proof of Fermat's Last Theorem
  • From: Roman B. Binder
• Re: geometry question
  • From: lorenzo123
• Re: Cantor space and R
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• Re: Cantor space and R
  • From: KMF
• Re: Why is the tetration so much harder to extend than the factorial?
  • From: Henryk Trappmann
• Re: minimum of two numbers
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• Re: JSH: Step by step through the factoring algorithm
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• Re: A Note on the Collatz Conjecture
  • From: Darrell Cox
• geometry question
  • From: lorenzo123
• Re: minimum of two numbers
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• minimum of two numbers
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• Re: Godels theorem is meaningless
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• Re: divisibility problem
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• Re: Triangle in Circle
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• Re: scheduling problem optimizing preferences
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• Re: Cantor space and R
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• Re: Triangle in Circle
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• Re: Cantor space and R
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• Re: Ordered Fields
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• Re: Question from old Comps Exam
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• Re: Triangle in Circle
  • From: jbriggs444
• Re: Question from old Comps Exam
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• Re: Godels theorem is meaningless
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• Re: Why is the tetration so much harder to extend than the factorial?
  • From: Ilya Chernyh
• Cantor space and R
  • From: persres@xxxxxxxxxxxxxx
• Re: Why is the tetration so much harder to extend than the factorial?
  • From: Gottfried Helms
• Re: Why is the tetration so much harder to extend than the factorial?
  • From: Ilya Chernyh
• Re: Question from old Comps Exam
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• nonlinear differential equation and expansion of its eigensolution
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• Re: Ordered Fields
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• Re: Ordered Fields
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• Re: Everybody sit w/ everyone else ...
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• Re: Why is the tetration so much harder to extend than the factorial?
  • From: Gottfried Helms
• Re: Question from old Comps Exam
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• Re: Why is the tetration so much harder to extend than the factorial?
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• Re: Why is the tetration so much harder to extend than the factorial?
  • From: Gottfried Helms
• Re: About set theory(AC)
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• Re: Triangle in Circle
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• Re: Another tetration-series for base sqrt(2)
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• Re: Question from old Comps Exam
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• Re: many worlds, so many worlds, not enough worlds (of eels and serpentine designs)
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• Re: SUBTHREAD : fixed point
  • From: Richard Tobin
• Third category theory question (ACC, page 93)
  • From: Victor Porton
• Re: which is the toughest topic in math?
  • From: Han de Bruijn
• Re: which is the toughest topic in math?
  • From: Pfsszxt
• solution manual
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• Re: divisibility problem
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• Re: Another tetration-series for base sqrt(2)
  • From: Gottfried Helms
• Re: Triangle in Circle
  • From: Alois Steindl
• Another tetration-series for base sqrt(2)
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• Re: scheduling problem optimizing preferences
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• Triangle in Circle
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• Another category theory question (ACC, page 91)
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• Re: which is the toughest topic in math?
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• Re: which is the toughest topic in math?
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• Re: Godels theorem is meaningless
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• Re: SUBTHREAD : fixed point
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• Re: SUBTHREAD : fixed point
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• Re: Why is the tetration so much harder to extend than the factorial?
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• Re: Godels theorem is meaningless
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• Re: Dual factorization equations and factoring
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• Re: divisibility problem
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• Re: Godels theorem is meaningless
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• Re: Why is the tetration so much harder to extend than the factorial?
  • From: alainverghote@xxxxxxxxx
• Re: Integration ODE (By hand method
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• Re: Simple tetration ...
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• Re: Integration ODE (By hand method
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• Re: which is the toughest topic in math?
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• Re: Godels theorem is meaningless
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• Re: which is the toughest topic in math?
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• Re: JSH: Slowly I turned...step by step...inch by inch
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• Re: Godels theorem is meaningless
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• Re: JSH: Step by step through the factoring algorithm
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• Re: Godels theorem is meaningless
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• Re: Godels theorem is meaningless
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• Re: Godels theorem is meaningless
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• Re: Godels theorem is meaningless
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• Re: divisibility problem
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• Re: Dual factorization equations and factoring
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• Re: Fwd: JSH: Britain's choice
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• Fwd: JSH: Britain's choice
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• Re: Godels theorem is meaningless
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• Re: Godels theorem is meaningless
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• Re: Godels theorem is meaningless
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• Re: which is the toughest topic in math?
  • From: Mensanator
• Re: Mathematics teaching in Vietnam
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• Re: Beginner questions on distributions
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• Re: which is the toughest topic in math?
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• Re: Mathematics teaching in Vietnam
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• Re: ¿Why one cannot push light but just in the normal direction to the ray?
  • From: Tim Little
• which is the toughest topic in math?
  • From: Nimo
• Re: A Note on the Collatz Conjecture
  • From: Mensanator
• JSH: Slowly I turned...step by step...inch by inch
  • From: Michael Press
• Re: Godels theorem is meaningless
  • From: Rupert
• Re: Godels theorem is meaningless
  • From: Rupert
• A Note on the Collatz Conjecture
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• Re: Everybody sit w/ everyone else ...
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• Re: ¿Why one cannot push light but just in the normal direction to the ray?
  • From: arithmeticae
• Re: ¿Why one cannot push light but just in the norm al direction to the ray?
  • From: arithmeticae
• Re: divisibility problem
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• Re: ¿Why one cannot push light but just in the norm al direction to the ray?
  • From: arithmeticae
• Re: JSH: Step by step through the factoring algorithm
  • From: Peter
• Re: divisibility problem
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• Re: norm bound
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• Re: JSH: Step by step through the factoring algorithm
  • From: marcus_bruckner
• Re: Godels theorem is meaningless
  • From: Jesse F. Hughes
• Re: nearest neighbor statistics question
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• Re: Why is the tetration so much harder to extend than the factorial?
  • From: Gottfried Helms
• Re: Why is the tetration so much harder to extend than the factorial?
  • From: Gottfried Helms
• Re: SUBTHREAD : fixed point
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• Re: divisibility problem
  • From: quasi
• Re: JSH: Step by step through the factoring algorithm
  • From: Tim Smith
• Re: ¿Why one cannot push light but just in the norm al direction to the ray?
  • From: quasi
• Re: Rational numbers in PI
  • From: K_h
• Re: divisibility problem
  • From: Dave L. Renfro
• Re: divisibility problem
  • From: Ray Vickson
• norm bound
  • From: novis
• divisibility problem
  • From: MoeBlee
• Re: JSH: Step by step through the factoring algorithm
  • From: Mark Murray
• Re: ¿Why one cannot push light but just in the norm al direction to the ray?
  • From: Owen Jacobson
• Re: scheduling problem optimizing preferences
  • From: jillbones
• Re: JSH: Your Google check on the Hammer
  • From: mike3
• Re: JSH: Step by step through the factoring algorithm
  • From: mike3
• Re: ¿Why one cannot push light but just in the norm al direction to the ray?
  • From: quasi
• Re: Why is the tetration so much harder to extend than the factorial?
  • From: mike3
• Re: Solution to Differential equation
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• Re: Mathematics teaching in Vietnam
  • From: Tonicopm
• Re: JSH: Britain's choice
  • From: dogma
• Re: Godels theorem is meaningless
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• Re: JSH: Britain's choice
  • From: dogma
• Re: JSH: Step by step through the factoring algorithm
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• Re: Simple tetration ...
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• Re: Simple tetration ...
  • From: G. A. Edgar
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  • From: Arnold Neumaier
• Re: SUBTHREAD : fixed point
  • From: MoeBlee
• Re: Your Google check on the Hammer
  • From: Mike Terry
• Re: Elegant 17th-Century Proof of Fermat's Last Theorem
  • From: Roman B. Binder
• Re: Integration ODE (By hand method
  • From: [Mr.] Lynn Kurtz
• Re: Mathematics teaching in Vietnam
  • From: Stephen J. Herschkorn
• Re: SUBTHREAD : fixed point
  • From: Dave L. Renfro
• Re: Announcement: New prime-finding project
  • From: bearnol
• Announcement: New prime-finding project
  • From: bearnol
• Re: Category theory question (ACC, page 86)
  • From: Marc Olschok
• Re: Solution to Differential equation
  • From: rgvickson
• Re: Solution to Differential equation
  • From: Jon Slaughter
• Re: Special Functions
  • From: erg
• Re: Everybody sit w/ everyone else ...
  • From: achille
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