sci.math.symbolic
- Re: An exact simplification challenge - 79 (MeijerG, with a surprise :), sashap
- Re: What formulae markup/notation do you use?, Robert H. Lewis
- acos to atan,
Martin Rubey
- Re: acos to atan, Martin Rubey
- Re: acos to atan, DWCantrell@xxxxxxxxxxx
- Re: acos to atan, clicliclic
- Diophantine Equation a^2 + b^4 + c^8 + d^16 = e^2, M.A.Fajjal
- Diophantine Equation 2*k^(2^n) = p^4 + q^4 + r^4, M. A. Fajjal
- Re: On recent actions of Dr. Scott Seidman of the University of Rochester, Daniel Lichtblau
- Re: An exact simplification challenge - 77 (MeijerG), Daniel Lichtblau
- fyi; new Paper on history of Macsyma,
Nasser Abbasi
- Re: fyi; new Paper on history of Macsyma, Vladimir Bondarenko
- Optical Computing: special issue - Natural Computing, Springer, optical supercomputing
- Computing integral using fourier transform,
philippe
- Re: Computing integral using fourier transform, clicliclic
- Re: Computing integral using fourier transform, clicliclic
- instructor's solutions manual for Machine Design - An Integrated Approach (3rd Ed., Norton) & instructor's solutions manual for Chemical Engineering Volume 1, 6th Edition, by Richardson, Coulson,Backhurst, Harker & instructor's solutions manual for Computer Networking - A Top-Down Approach (4th Ed., James F. Kurose & Keith W. Ross) & instructor's solutions manual for Fundamentals of Signals and Systems Using the Web and Matlab (3rd Ed., Kamen & Bonnie S Heck) & instructor's solutions manual for Logic and Computer Design Fundamentals, 4/E, by Morris Mano and Charles Kime & instructor's solutions manual for Mechanics of Materials, 7th Edition - James M. Gere & Barry Goodno & instructor's solutions manual for Physics- Principles with Applications with Mastering Physics, 6/E, Douglas C. Giancoli & instructor's solutions manual for Probability & Statistics for Engineers & Scientists (8th Ed., Walpole,Myers, Ye), cartermath
- Sciface(Mupad),
Mikie
- Re: Sciface(Mupad), Vladimir Bondarenko
- Mathematica 7 and A WorkLife FrameWork 3.0, dbreiss
- Mathematica 7 is now available, Wolfram Research
- Re: Mathematica 7 is here!,
Chip Eastham
- Re: Mathematica 7 is here!, Vladimir Bondarenko
- <Possible follow-ups>
- Re: Mathematica 7 is here!,
Nasser Abbasi
- Re: Mathematica 7 is here!,
Nasser Abbasi
- Re: Mathematica 7 is here!, Vladimir Bondarenko
- Re: Mathematica 7 is here!, Bhuvanesh
- Re: Mathematica 7 is here!, Nasser Abbasi
- Re: Mathematica 7 is here!, Vladimir Bondarenko
- Re: Mathematica 7 is here!,
Nasser Abbasi
- Re: An exact simplification challenge - 76 (generalized MeijerG),
sashap
- Re: An exact simplification challenge - 76 (generalized MeijerG), Vladimir Bondarenko
- Solving solvable Polynomials of Degree 11, M.A.Fajjal
- yet another question on Mathematica numerical, how to force it to use single precision?,
Nasser Abbasi
- Re: yet another question on Mathematica numerical, how to force it to use single precision?, Axel Vogt
- Re: yet another question on Mathematica numerical, how to force it to use single precision?, Nasser Abbasi
- Re: yet another question on Mathematica numerical, how to force it to use single precision?, Daniel Lichtblau
- Re: yet another question on Mathematica numerical, how to force it to use single precision?, Daniel Lichtblau
- QED Project?, Mike Witt
- UGG 5825 Women’s Classic Short Chocolate Boot, go2uggcom@xxxxxxxxxxxxxx
- Re: (p-2)! = 1 (mod p),
M.A.Fajjal
- <Possible follow-ups>
- Re: (p-2)! = 1 (mod p), Mihai
- Finding a sequence general term, sergio_r
- cheap wholesale joran shoes and air force one, nikesoso1@xxxxxxxxx
- Re: news about Mathematica 7. Release in nov 2008, Vladimir Bondarenko
- bug in mathematica 5.2?,
salcedo
- Re: bug in mathematica 5.2?, Vladimir Bondarenko
- [Axiom] difference of "=", ":=", "==",
rio
- Re: [Axiom] difference of "=", ":=", "==", Martin Rubey
- Re: [Axiom] difference of "=", ":=", "==", Bill Page
- Re: solving polynomial equation,
rio
- Re: solving polynomial equation, Martin Rubey
- <Possible follow-ups>
- Re: solving polynomial equation, adam majewski
- Non-commutative Groebner bases,
DavidA
- Re: Non-commutative Groebner bases, Mike Hansen
- Parma Polyhedra Library 0.10, roberto . bagnara
- Re: Is your CAS up to this integration?,
clicliclic
- Re: Is your CAS up to this integration?,
Axel Vogt
- Re: Is your CAS up to this integration?,
clicliclic
- Re: Is your CAS up to this integration?, Axel Vogt
- Message not available
- Message not available
- Message not available
- Re: Is your CAS up to this integration?, Axel Vogt
- Re: Is your CAS up to this integration?,
clicliclic
- Re: Is your CAS up to this integration?,
Axel Vogt
- Message not available
- Message not available
- Message not available
- Re: Is your CAS up to this integration?, G. A. Edgar
- Re: Is your CAS up to this integration?, Axel Vogt
- Re: Is your CAS up to this integration?, G. A. Edgar
- Re: Is your CAS up to this integration?, Axel Vogt
- Re: How to compute 0^0 to be 1 in Maxima?,
David W . Cantrell
- Re: How to compute 0^0 to be 1 in Maxima?,
clicliclic
- Re: How to compute 0^0 to be 1 in Maxima?, David W . Cantrell
- Re: How to compute 0^0 to be 1 in Maxima?, clicliclic
- Re: How to compute 0^0 to be 1 in Maxima?, David W . Cantrell
- Re: How to compute 0^0 to be 1 in Maxima?, clicliclic
- Re: How to compute 0^0 to be 1 in Maxima?,
clicliclic
- <Possible follow-ups>
- Re: How to compute 0^0 to be 1 in Maxima?,
Martin Rubey
- Re: How to compute 0^0 to be 1 in Maxima?,
David W . Cantrell
- Re: How to compute 0^0 to be 1 in Maxima?, Martin Rubey
- Re: How to compute 0^0 to be 1 in Maxima?, David W . Cantrell
- Re: How to compute 0^0 to be 1 in Maxima?, Martin Rubey
- Re: How to compute 0^0 to be 1 in Maxima?,
David W . Cantrell
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