sci.math.symbolic

• Date Index

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• Parametric PDE, Sotto
• \int_-\infty^\infty exp[its]/(Gamma[u-s]Gamma[v+s]) ds, wandering . the . cosmos
  • Re: int_-infty^infty exp[its]/(Gamma[u-s]Gamma[v+s]) ds, Nico Temme
• generalization about the roots of functions, mac
  • Re: generalization about the roots of functions, raymond manzoni
• Kronecker's method for polynomial factorization, Jeremy Watts
  • Re: Kronecker's method for polynomial factorization, rjf
    • Re: Kronecker's method for polynomial factorization, Jeremy Watts
      • Re: Kronecker's method for polynomial factorization, rjf
      • Re: Kronecker's method for polynomial factorization, Jeremy Watts
      • Re: Kronecker's method for polynomial factorization, rjf
      • Re: Kronecker's method for polynomial factorization, Jeremy Watts
      • Re: Kronecker's method for polynomial factorization, rjf
      • Re: Kronecker's method for polynomial factorization, Jeremy Watts
• Cirularity of any Axiom System for Arithmetic?, Jason H. Goodfriend
  • Re: Cirularity of any Axiom System for Arithmetic?, Chip Eastham
    • Re: Cirularity of any Axiom System for Arithmetic?, Jason H. Goodfriend
      • Re: Cirularity of any Axiom System for Arithmetic?, Chip Eastham
• print messages in Maple, manhal
  • Re: print messages in Maple, Roman Pearce
    • Re: print messages in Maple, Raqeeb Rasheed
    • Re: print messages in Maple, Raqeeb Rasheed
• need help with differenciating of a vector-function, Dmitrey
• Leibniz Integral Rule On MathWorld, wandering . the . cosmos
  • Re: Leibniz Integral Rule On MathWorld, G. A. Edgar
    • Re: Leibniz Integral Rule On MathWorld, G. A. Edgar
    • Re: Leibniz Integral Rule On MathWorld, Vladimir Bondarenko
  • Re: Leibniz Integral Rule On MathWorld, CW
• Re: announcement: Maxima 5.11.0 release, at
• Programm: Sometimes it works and othertimes it doesn´t! Why?, Roman
  • Re: Programm: Sometimes it works and othertimes it doesn´t! Why?, Robert Dodier
• emaxima: "$" in the output, ghi
  • Re: emaxima: "$" in the output, Jay Belanger
• Maxima: Need help to include 3rd party code, Ulrich Wilhelm
  • Re: Maxima: Need help to include 3rd party code, Robert Dodier
    • Re: Maxima: Need help to include 3rd party code, Ulrich Wilhelm
• A problem in mathematical logic, Bonny Banerjee
  • Re: A problem in mathematical logic, Allan Adler
• gcd of two polynomials over Q[i], Jeremy Watts
  • Re: gcd of two polynomials over Q[i], Jeremy Watts
    • Re: gcd of two polynomials over Q[i], Chip Eastham
      • Message not available
      • Re: gcd of two polynomials over Q[i], A N Niel
  • Re: gcd of two polynomials over Q[i], Waldek Hebisch
  • Re: gcd of two polynomials over Q[i], Fred the Wonder Worm
    • Re: gcd of two polynomials over Q[i], Jeremy Watts
      • Re: gcd of two polynomials over Q[i], Chip Eastham
      • Re: gcd of two polynomials over Q[i], Jeremy Watts
      • Re: gcd of two polynomials over Q[i], Dave Rusin
      • Re: gcd of two polynomials over Q[i], Chip Eastham
• [Mathematica] Has anyone used Mathematica Notebook to PDF conversion portal based on webMathematica?, Nasser Abbasi
  • Re: [Mathematica] Has anyone used Mathematica Notebook to PDF conversion portal based on webMathematica?, Jean-Marc Gulliet
    • Re: [Mathematica] Has anyone used Mathematica Notebook to PDF conversion portal based on webMathematica?, Jean-Marc Gulliet
    • Re: [Mathematica] Has anyone used Mathematica Notebook to PDF conversion portal based on webMathematica?, Jean-Marc Gulliet
• euclidean algorithm over Q[i], Jeremy Watts
  • Re: euclidean algorithm over Q[i], G. A. Edgar
    • Re: euclidean algorithm over Q[i], Chip Eastham
      • Re: euclidean algorithm over Q[i], Jeremy Watts
      • Re: euclidean algorithm over Q[i], Chip Eastham
      • Re: euclidean algorithm over Q[i], Jeremy Watts
      • Re: euclidean algorithm over Q[i], Chip Eastham
      • Re: euclidean algorithm over Q[i], Jeremy Watts
• circular infinity, Eepē
  • Re: circular infinity, Jean-Marc Gulliet
    • Re: circular infinity, Eepē
      • Re: circular infinity, Jean-Marc Gulliet
      • Re: circular infinity, Jean-Marc Gulliet
      • Re: circular infinity, Eepē
  • Re: circular infinity, Peltio
    • Re: circular infinity, Peltio
      • Re: circular infinity, Eepē
      • Re: circular infinity, Peltio
• Euclidean Pseudo-Division, Jeremy Watts
  • Re: Euclidean Pseudo-Division, Robert H. Lewis
• Maxima for Windows?, Allan Adler
  • Re: Maxima for Windows?, Jean-Marc Gulliet
    • Re: Maxima for Windows?, Axel Vogt
      • Re: Maxima for Windows?, Jaap Spies
      • Re: Maxima for Windows?, Rupert
      • Re: Maxima for Windows?, Axel Vogt
      • Re: Maxima for Windows?, Robert Dodier
  • Re: Maxima for Windows?, Allan Adler
    • Re: Maxima for Windows?, Robert Dodier
      • Re: Maxima for Windows?, rjf
• Catenary determined by two points and length, Louise
  • Re: Catenary determined by two points and length, Christopher J. Henrich
  • Re: Catenary determined by two points and length, David W . Cantrell
  • Re: Catenary determined by two points and length, Louise
• Maxima 5.11 announced, but.., Peter Pein
  • Re: Maxima 5.11 announced, but.., Peter Pein
  • Re: Maxima 5.11 announced, but.., Robert Dodier
    • Re: Maxima 5.11 announced, but.., Peter Pein
• quote from Ernst Mach on symbols, Nasser Abbasi
  • Re: quote from Ernst Mach on symbols, Bob Kolker
    • Re: quote from Ernst Mach on symbols, mecej4
• Sorting a list of polynomials in Maple... inside a procedure, sevillad
  • Re: Sorting a list of polynomials in Maple... inside a procedure, Roman Pearce
• Need some help with simplification, Gunnar G
  • Re: Need some help with simplification, Robert Israel
    • Re: Need some help with simplification, CW
• Pattern Matching in CAS's, jamesahart79
  • Re: Pattern Matching in CAS's, Paul Abbott
  • Re: Pattern Matching in CAS's, axelclk
• plotting a derivative in maple, griz
  • Re: plotting a derivative in maple, Robert Israel
    • Re: plotting a derivative in maple, griz
      • Re: plotting a derivative in maple, griz
      • Re: plotting a derivative in maple, griz
  • Re: plotting a derivative in maple, Alec Mihailovs
  • Re: plotting a derivative in maple, CW
• closed forms for series, Francois Maltey
  • Re: closed forms for series, A N Niel
  • Re: closed forms for series, Jens Axel Søgaard

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