# sci.math

**sum(mu(j)/j)**,*Keith F. Lynch***ILLC Research Reports and Technical Notes 2005**,*Marco Vervoort,P.315,+31 20 525 6519,,***Degree of a map S^1 -> S^1**,*WassilyDali***What is the 'n' th term in series expansion**,*Narasimham***Dunford-Schwartz Linear Operators on E-Bay**,*[Mr.] Lynn Kurtz***Re: Steven Cullinane is a Crank**,*Steven H. Cullinane***Subgroups**,*Anolethron***Re: Subgroups**,*José Carlos Santos***Re: Subgroups**,*barr***Re: Subgroups**,*David C . Ullrich***Re: Subgroups**,

**Re: Subgroups**,*Peter L. Montgomery*

**Eigenvectors of Transposed Matrix**,*Tomek***Regularity in codimension one**,*seldnplan***Re: Regularity in codimension one**,*Jannick Asmus*

**Two Questions on Probability and Measure**,*bbmcmung***Lebesgue measure zero**,*stupidG***Re: Lebesgue measure zero**,*Bill_42***Re: Lebesgue measure zero**,*stupidG***Re: Lebesgue measure zero**,*Rufus . Zee*

**Re: Lebesgue measure zero**,*quasi*

**an easy question about barycentric subdivisions according to my book**,*John Smith***Are Polynomials really C ^Infinity (Smooth) Differentiable**,*Terry Padden***Uniform Dirichlet distribution for 3 dimensions**,*Ken Williams***Re: Uniform Dirichlet distribution for 3 dimensions**,*Stephen J. Herschkorn***Re: Uniform Dirichlet distribution for 3 dimensions**,*Rufus . Zee*

**tax discount**,*zxcv_890***Re: tax discount**,*Richard Henry***Re: tax discount**,*quasi*

**Re: tax discount**,*William C Waterhouse***Re: tax discount**,*Rufus . Zee*

**lottery, sensitive dependence**,*name withheld***Analysis of Fractal Sequences?**,*gary.huntress@xxxxxxxxx***Graphing of Time**,*R. Brown***Re: Graphing of Time**,*Hero*

**any bit in a binary sum - general formula ?**,*rolland***Re: Egyptian arithmetic and its remaidners**,*Milo Gardner***Re: Egyptian arithmetic and its remaidners**,*Dave Rusin***Re: Egyptian arithmetic and its remainders**,*Milo Gardner*

**Absolute continuity, another question,**,*James***Re: Absolute continuity, another question,**,*Rufus . Zee***Re: Absolute continuity, another question,**,*Rufus . Zee*

**Re: Absolute continuity, another question,**,*David C . Ullrich*

**cant solve this problem...**,*vsingh***Re: cant solve this problem...**,*jafische***Re: cant solve this problem...**,*N. Silver***Re: cant solve this problem...**,*jafische***Re: cant solve this problem...**,*vsingh*

**Total quotient rings**,*seldnplan***Re: Total quotient rings**,*lataianu bogdan***Re: Total quotient rings**,*seldnplan*

**Re: Total quotient rings**,*seldnplan*

**difference compact sets**,*G.C.***Re: difference compact sets**,*Jannick Asmus***Re: difference compact sets**,*Rufus . Zee***Re: difference compact sets**,*barr***Re: difference compact sets**,*Ed Hook*

**Egyptian Triangle**,*galsaba***Re: Egyptian Triangle**,*Assambar***Re: Egyptian Triangle**,*Michael Hennebry*

**Simple Topology Question**,*MimsyBoro***Re: Simple Topology Question**,*David C . Ullrich***Re: Simple Topology Question**,*Jannick Asmus***Re: Simple Topology Question**,*David C . Ullrich***Re: Simple Topology Question**,*Jannick Asmus***Re: Simple Topology Question**,*David C . Ullrich***Re: Simple Topology Question**,*Jannick Asmus*

**Re: Simple Topology Question**,*Rufus . Zee***Re: Simple Topology Question**,*David C . Ullrich*

**Residues of powers (mod p) / Euler-Theorem /Mersenne-Primes**,*Gottfried Helms*- <Possible follow-ups>
**Residues of powers (mod p) / Euler-Theorem /Mersenne-Primes**,*Gottfried Helms*

**Simple Group Theory Questions**,*animea***Re: Simple Group Theory Questions**,*Abdulla***Re: Simple Group Theory Questions**,*Brian VanPelt***Re: Simple Group Theory Questions**,*animea***Re: Simple Group Theory Questions**,*MimsyBoro***Re: Simple Group Theory Questions**,*abe . buckingham*

**Shadow of Rim in Bowl**,*Narasimham***are mathematicians more productive during the winter?**,*magic math tricks***Re: are mathematicians more productive during the winter?**,*[Mr.] Lynn Kurtz***Re: are mathematicians more productive during the winter?**,*magic math tricks***Re: are mathematicians more productive during the winter?**,*Andy Spragg*

**Re: are mathematicians more productive during the winter?**,*Proginoskes***Re: are mathematicians more productive during the winter?**,*Jesse F. Hughes*

**not a Reed Solomon code**,*Bob Jenkins***Re: not a Reed Solomon code**,*Bob Jenkins*

**fermat's last theorem**,*smith***Re: fermat's last theorem**,*quasi***Re: fermat's last theorem**,*Fermat***Re: fermat's last theorem**,*Richard Miller***Re: fermat's last theorem**,*Fermat***Re: fermat's last theorem**,*Richard Miller***Re: fermat's last theorem**,*Gottfried Helms***Re: fermat's last theorem**,*Phil Carmody***Re: fermat's last theorem**,*Gib Bogle***Re: fermat's last theorem**,*Roman B. Binder*

**Job: Chief Methodologist**,*Vincent Granville***suboptimal shortest hamiltonain path**,*Fernando Cacciola***My question on Learning Bayesian Statistics and Biostatistics**,*me***Coprime triangles' row-sums**,*Leroy Quet***Even/Odd Adding Up Game**,*Leroy Quet***GCD(0,0)**,*Leroy Quet**Message not available***Re: GCD(0,0)**,*Rob Johnson*

**Re: GCD(0,0)**,*JoeS***Re: GCD(0,0)**,*Carlos Moreno***Re: GCD(0,0)**,*quasi***Re: GCD(0,0)**,*Rufus . Zee*

*Message not available***Re: GCD(0,0)**,*Rob Johnson*

**Re: GCD(0,0)**,*mensanator@xxxxxxxxxxx***Re: GCD(0,0)**,*john_ramsden*

**Re: GCD(0,0)**,*mensanator@xxxxxxxxxxx***Re: GCD(0,0)**,*Herman Rubin***Re: GCD(0,0)**,*quasi***Re: GCD(0,0)**,*quasi***Re: GCD(0,0)**,*quasi***Re: GCD(0,0)**,*quasi***Re: GCD(0,0)**,*Proginoskes***Re: GCD(0,0)**,*quasi***Re: GCD(0,0)**,*quasi***Re: GCD(0,0)**,*quasi***Re: GCD(0,0)**,*quasi***Re: GCD(0,0)**,*quasi***Re: GCD(0,0)**,*David C . Ullrich**Message not available***Re: GCD(0,0)**,*Rob Johnson***Re: GCD(0,0)**,*JoeS**Message not available***Re: GCD(0,0)**,*Rob Johnson***Re: GCD(0,0)**,*quasi***Re: GCD(0,0)**,*Rufus . Zee***Re: GCD(0,0)**,*Proginoskes***Re: GCD(0,0)**,*quasi***Re: GCD(0,0)**,*Proginoskes***Re: GCD(0,0)**,*quasi***Re: GCD(0,0)**,*Rufus . Zee***Re: GCD(0,0)**,*quasi***Re: GCD(0,0)**,*Marc Olschok***Re: GCD(0,0)**,*Marc Olschok***Re: GCD(0,0)**,*David C . Ullrich*

**Re: GCD(0,0)**,*john_ramsden***Re: GCD(0,0)**,*David C . Ullrich***Re: GCD(0,0)**,*john_ramsden*

**Re: GCD(0,0)**,*Marc Olschok***Re: GCD(0,0)**,*Marc Olschok*

**Re: GCD(0,0)**,*Peter L. Montgomery*

**Exponential equation**,*Ron J***Re: Exponential equation**,*[Mr.] Lynn Kurtz***Re: Exponential equation**,*Ron J*

**NSA Transfer and Smallest Infinite Ordinal**,*Math1723***Re: NSA Transfer and Smallest Infinite Ordinal**,*Jonathan Hoyle*

**which later courses is the "Linear Algebra" course usally required as a prereq?**,*me***Re: which later courses is the "Linear Algebra" course usally required as a prereq?**,*David Moran***Re: which later courses is the "Linear Algebra" course usally required as a prereq?**,*inquirydog***Re: which later courses is the "Linear Algebra" course usally required as a prereq?**,*smn***Re: which later courses is the "Linear Algebra" course usally required as a prereq?**,*Dr Tim*

**x^2-1 = 0 mod p^k**,*magya_bloom@xxxxxxxxx***Re: x^2-1 = 0 mod p^k**,*JoeS***Re: x^2-1 = 0 mod p^k**,*Stephen Merriman*

**Re: x^2-1 = 0 mod p^k**,*William McWorter***Re: x^2-1 = 0 mod p^k**,*JoeS*

**help with diophantine equation**,*candrakamin***Re: help with diophantine equation**,*Keith A. Lewis***Re: help with diophantine equation**,*john_ramsden***Re: help with diophantine equation**,*Jpr2718*

**Question on Pi**,*andre . maier***Re: Question on Pi**,*Robert J. Kolker***Re: Question on Pi**,*David W . Cantrell***Re: Question on Pi**,*David W . Cantrell***Re: Question on Pi**,*John Bailey*

**Re: Question on Pi**,*Raymond Manzoni***Re: Question on Pi**,*andre.maier@xxxxxxx*

**i have problem with "probability of undetected error" equation**,*steph***Absolutely continuous question, L^2**,*James***Re: Absolutely continuous question, L^2**,*David C. Ullrich***Re: Absolutely continuous question, L^2**,*The World Wide Wade***Re: Absolutely continuous question, L^2**,*David C . Ullrich*

**Re: Absolutely continuous question, L^2**,*The World Wide Wade*

**Hausdorff, not-first countable space where sequential closure = closure?**,*Rufus . Zee***Re: Hausdorff, not-first countable space where sequential closure = closure?**,*Mike Kent***Re: Hausdorff, not-first countable space where sequential closure = closure?**,*William Elliot*

**Calculating a double integral**,*Konrad Viltersten***Re: Calculating a double integral**,*[Mr.] Lynn Kurtz***Re: Calculating a double integral**,*Konrad Viltersten*

**Re: Calculating a double integral**,*Ignacio Larrosa Caņestro***Re: Calculating a double integral**,*Konrad Viltersten*

**Integer partitions into kth powers question.**,*neillclift***Re: Integer partitions into kth powers question.**,*Keith A. Lewis*

**periodic cycle**,*damage***Re: periodic cycle**,*quasi***Re: periodic cycle**,*damage***Re: periodic cycle**,*quasi***Re: periodic cycle**,*quasi*

**Re: Is the set N of natural numbers well defined?**,*apoorv***A question about "Einstein Manifolds" from Arthur L. Besse**,*hugolooyestijn***Integral with exp and sqrt**,*Andreas Dieckmann***Rational solutions family**,*M.A.Fajjal***Multiplicativity of the (homotopy) degree**,*WassilyDali***Re: Multiplicativity of the (homotopy) degree**,*Larry Hammick***Re: Multiplicativity of the (homotopy) degree**,*Larry Hammick***Re: Multiplicativity of the (homotopy) degree**,*Rufus . Zee***Re: Multiplicativity of the (homotopy) degree**,*WassilyDali*

**Prime sequences**,*Andrew Usher***Re: Prime sequences**,*Torkel Franzen***Re: Prime sequences**,*Andrew Usher*

**Re: Prime sequences**,*Robert Israel***Re: Prime sequences**,*quasi***Re: Prime sequences**,*Paul Pollack***Re: Prime sequences**,*quasi***Re: Prime sequences**,*Paul Pollack***Re: Prime sequences**,*quasi*

**Re: Prime sequences**,*José Carlos Santos***Re: Prime sequences**,*quasi*

**piecewise power tower interpolation**,*Matt***Lebesgue integrable function**,*stupidG***Re: Lebesgue integrable function**,*The World Wide Wade*

**Integration by using derivative**,*Abstract Dissonance***think in sets**,*Gary Weselle***Re: think in sets**,*William Elliot***Re: think in sets**,*William Elliot*

**Re: think in sets**,*Mike Terry***Re: think in sets**,*N. Silver***Re: think in sets**,*Gary Weselle***Re: think in sets**,*Gary Weselle*

**strange relation**,*jose***Re: strange relation**,*N. Silver***Re: strange relation**,*Gib Bogle*

**Integral of analytic function question..**,*James***Re: Integral of analytic function question..**,*The World Wide Wade**Message not available***Re: Integral of analytic function question..**,*The World Wide Wade***Re: Integral of analytic function question..**,*David C . Ullrich**Message not available***Re: Integral of analytic function question..**,*David C . Ullrich**Message not available***Re: Integral of analytic function question..**,*David C. Ullrich**Message not available**Message not available***Re: Integral of analytic function question..**,*Rob Johnson**Message not available**Message not available***Re: Integral of analytic function question..**,*Rob Johnson*

*Message not available**Message not available***Re: Integral of analytic function question..**,*Rob Johnson*

**Re: Integral of analytic function question..**,*Jules*

**An L space question**,*Bob***Re: An L space question**,*The World Wide Wade*

**Picard's Theorem**,*David Kanter***Re: Picard's Theorem**,*The World Wide Wade***Re: Picard's Theorem**,*David Kanter*

**Re: Picard's Theorem**,*David C . Ullrich*

**here comes probability problem again**,*me***Re: here comes probability problem again**,*Mkajuma***Re: here comes probability problem again**,*Keith A. Lewis***Re: here comes probability problem again**,*Carlos Moreno***Re: here comes probability problem again**,*me***Re: here comes probability problem again**,*Carlos Moreno***Re: here comes probability problem again**,*me**Message not available***Re: here comes probability problem again**,*me***Re: here comes probability problem again**,*Carlos Moreno*

**Measure problem**,*stupidG***Re: Measure problem**,*Ronald Bruck***Re: Measure problem**,*Ronald Bruck*

**Find Root**,*Wing***Re: Find Root**,*quasi***Re: Find Root**,*Robert Israel*

**Absolute continuity, Bounded variation question**,*James***Re: Absolute continuity, Bounded variation question**,*The World Wide Wade***Re: Absolute continuity, Bounded variation question**,*ArtflDodgr*

**Old question: looking for prime number list > 1,000,000**,*Christian Drewing***How would you go about this percent problem?**,*me***Octave - Prepend zeros**,*PaulHjelmstad***Integrals: 1/(sin(x))^5 Software**,*bvandenbon***Re: Integrals: 1/(sin(x))^5 Software**,*Ronald Bruck***Re: Integrals: 1/(sin(x))^5 Software**,*Peter L. Montgomery*

**Calculating the missing Vector.**,*jeuro***Re: Calculating the missing Vector.**,*Mike Terry***Re: Calculating the missing Vector.**,*jeuro***Re: Calculating the missing Vector.**,*G.E. Ivey*

**Re: Calculating the missing Vector.**,*jeuro*

**Math classes via listserv**,*STAt***Re: Math classes via listserv**,*Torkel Franzen***Re: Math classes via listserv**,*Karl M. Bunday*

**Helly's theorem**,*eugene***Re: Helly's theorem**,*David M Einstein***Re: Helly's theorem**,*David C . Ullrich*

**integer solutions of z^2=y^4+y+2**,*Dob***Re: integer solutions of z^2=y^4+y+2**,*steiner@xxxxxxxxxxxxx***Re: integer solutions of z^2=y^4+y+2**,*Peter L. Montgomery*

**Re: integer solutions of z^2=y^4+y+2**,*Dave Rusin***Re: integer solutions of z^2=y^4+y+2**,*Nobody***Re: integer solutions of z^2=y^4+y+2**,*john_ramsden***Re: integer solutions of z^2=y^4+y+2**,*john_ramsden***Re: integer solutions of z^2=y^4+y+2**,*JoeS***Re: integer solutions of z^2=y^4+y+2**,*JoeS***Re: integer solutions of z^2=y^4+y+2**,*steiner@xxxxxxxxxxxxx***Re: integer solutions of z^2=y^4+y+2**,*JoeS*

**Re: integer solutions of z^2=y^4+y+2**,*Roman B. Binder*

**Complex analysis questions**,*Abdulla***Re: Complex analysis questions**,*Abdulla***Re: Complex analysis questions**,*David Ames*

**Re: Complex analysis questions**,*Jonathan Hoyle***Re: Complex analysis questions**,*Abdulla*

**Interior of a simplex is an open subset of the simplex?**,*Jonas***Re: Interior of a simplex is an open subset of the simplex?**,*Stephen J. Herschkorn*

**a simplified Liar's Poker type game**,*quasi***Re: a simplified Liar's Poker type game**,*quasi***Re: a simplified Liar's Poker type game**,*Phil Carmody*

**Re: a simplified Liar's Poker type game**,*quasi***Re: a simplified Liar's Poker type game**,*Keith A. Lewis***Re: a simplified Liar's Poker type game**,*quasi***Re: a simplified Liar's Poker type game**,*Keith A. Lewis***Re: a simplified Liar's Poker type game**,*quasi*

**3 dimensional puzzles**,*Anthony***What is the norm of a gaussian variable?**,*hmobahi***Re: What is the norm of a gaussian variable?**,*Robert Israel***Re: What is the norm of a gaussian variable?**,*Stephen J. Herschkorn*

**Tables of basic Derivation and Integration formulae**,*shrqureshi***all inclusive proof of power rule**,*R. Colacitti***Re: all inclusive proof of power rule**,*William Elliot***Re: all inclusive proof of power rule**,*Mkajuma***Re: all inclusive proof of power rule**,*David C . Ullrich***Re: all inclusive proof of power rule**,*The World Wide Wade***Re: all inclusive proof of power rule**,*alainverghote*

**Re: all inclusive proof of power rule**,*Herman Rubin*

**Announcement: Jakarta Commons Math 1.1 Released**,*Phil Steitz***fitting data**,*jose***Re: fitting data**,*alexandru . lupas***Re: fitting data**,*[Mr.] Lynn Kurtz*

**Re: Integral containing product of Bessel functions**,*Julian V. Noble***Re: Integral containing product of Bessel functions**,*Andy***Re: Integral containing product of Bessel functions**,*Andy*- <Possible follow-ups>
**Re: Integral containing product of Bessel functions**,*Paul Abbott*

**logarithmic differentiation - flaw?**,*Kenneth Bull***Re: logarithmic differentiation - flaw?**,*The World Wide Wade***Re: logarithmic differentiation - flaw?**,*Kenneth Bull***Re: logarithmic differentiation - flaw?**,*Ted Hwa***Re: logarithmic differentiation - flaw?**,*Kenneth Bull***Re: logarithmic differentiation - flaw?**,*Ted Hwa***Re: logarithmic differentiation - flaw?**,*The World Wide Wade***Re: logarithmic differentiation - flaw?**,*Ted Hwa***Re: logarithmic differentiation - flaw?**,*Robert Israel***Re: logarithmic differentiation - flaw?**,*Proginoskes*

**Re: logarithmic differentiation - flaw?**,*David C . Ullrich***Re: logarithmic differentiation - flaw?**,*James Dolan*

**Re: logarithmic differentiation - flaw? - Certainly not**,*JEMebius*

**Maximizing function**,*sherwood@xxxxxxxxxxxxxx***Re: Maximizing function**,*Robert Israel***Re: Maximizing function**,*sherwood@xxxxxxxxxxxxxx***Re: Maximizing function**,*sherwood@xxxxxxxxxxxxxx*

**Statement of Kato's Conjecture**,*Daryl McCullough***Re: Statement of Kato's Conjecture**,*quasi***Re: Statement of Kato's Conjecture**,*Stephen Montgomery-Smith*

**Least Absolute Deviation Regression**,*dontspam***Re: Least Absolute Deviation Regression**,*Erwin Kalvelagen*

**Looking for a good number theory book with lots of theorems.**,*scott7261@xxxxxxxxxxx***Re: Looking for a good number theory book with lots of theorems.**,*quasi***Re: Looking for a good number theory book with lots of theorems.**,*Dave***Re: Looking for a good number theory book with lots of theorems.**,*steiner@xxxxxxxxxxxxx*

**Re: Looking for a good number theory book with lots of theorems.**,*Fermat***Re: Looking for a good number theory book with lots of theorems.**,*Abdulla*

**matrix group question**,*Michael Blanc***Re: matrix group question**,*Timothy Murphy*

**Differentiation under the integral sign**,*Julien Santini***Re: Differentiation under the integral sign**,*smn***Re: Differentiation under the integral sign**,*The World Wide Wade*

**Re: Differentiation under the integral sign**,*The World Wide Wade*

**Can you embed the Beltrami plane in 3-space?**,*barr***Differentiation of an integral**,*Julien Santini***Question on absolute continuity, L^1 convergence**,*James***Re: Question on absolute continuity, L^1 convergence**,*The World Wide Wade*

**math in WinEdit**,*lataianu bogdan***Re: math in WinEdit**,*Ioannis***Re: math in WinEdit**,*Robert Israel***Re: math in WinEdit**,*Rouben Rostamian***Re: math in WinEdit**,*Robert Low*

**Re: Why Einstein Misunderstood His Own Theory**,*T.H. Ray***Complex uniform convergence on compact subsets question**,*James***Re: Complex uniform convergence on compact subsets question**,*Jannick Asmus*

**Godel incompleteness theorem proof**,*RemiBernal***Re: Godel incompleteness theorem proof**,*Aatu Koskensilta*

**une fonction croissante**,*matheffex@xxxxxxxxx***Re: une fonction croissante**,*john***Re: une fonction croissante**,*Julien Santini*

**Re: une fonction croissante**,*I.N. Galidakis*

**Good Math Puzzle**,*Naren***Prime number theorem question**,*Fermat***velocity problem in two dimensions**,*scott . mcmasters***Re: velocity problem in two dimensions**,*Gib Bogle***Re: velocity problem in two dimensions**,*john***Re: velocity problem in two dimensions**,*Virgil***Re: velocity problem in two dimensions**,*Barry Schwarz*

**Call for Papers: The 2006 IAENG International Workshop on Scientific Computing and Computational Statistics**,*imecs2006***Finding a diagonal of a box**,*me***Re: Finding a diagonal of a box**,*quasi***Re: Finding a diagonal of a box**,*me***Re: Finding a diagonal of a box**,*quasi***Re: Finding a diagonal of a box**,*Fermat***Re: Finding a diagonal of a box**,*me***Re: Finding a diagonal of a box**,*Randy Poe***Re: Finding a diagonal of a box**,*me***Re: Finding a diagonal of a box**,*quasi***Re: Finding a diagonal of a box**,*Dave L. Renfro***Re: Finding a diagonal of a box**,*me***Re: Finding a diagonal of a box**,*me***Re: Finding a diagonal of a box**,*Pubkeybreaker***Re: Finding a diagonal of a box**,*me***Re: Finding a diagonal of a box**,*me***Re: Finding a diagonal of a box**,*quasi***Re: Finding a diagonal of a box**,*Dave L. Renfro***Re: Finding a diagonal of a box**,*me***Re: Finding a diagonal of a box**,*me***Re: Finding a diagonal of a box**,*quasi***Re: Finding a diagonal of a box**,*me***Re: Finding a diagonal of a box**,*abe . buckingham***Re: Finding a diagonal of a box**,*me***Re: Finding a diagonal of a box**,*me***Re: Finding a diagonal of a box**,*Dave L. Renfro***Re: Finding a diagonal of a box**,*me***Re: Finding a diagonal of a box**,*Dave L. Renfro***Re: Finding a diagonal of a box**,*me***Re: Finding a diagonal of a box**,*me***Re: Finding a diagonal of a box**,*me*

**10^20 vs 20^10**,*me***Re: 10^20 vs 20^10**,*quasi***Re: 10^20 vs 20^10**,*me***Re: 10^20 vs 20^10**,*N. Silver*

**Re: 10^20 vs 20^10**,*The World Wide Wade***Re: 10^20 vs 20^10**,*Richard Henry***Re: 10^20 vs 20^10**,*alainverghote**Message not available***Re: 10^20 vs 20^10**,*alainverghote*

**Re: 10^20 vs 20^10**,*Michael Hennebry***Re: 10^20 vs 20^10**,*me***Re: 10^20 vs 20^10**,*quasi***Re: 10^20 vs 20^10**,*me***Re: 10^20 vs 20^10**,*me*

**Re: 10^20 vs 20^10**,*David Ames***Re: 10^20 vs 20^10**,*me***Re: 10^20 vs 20^10**,*David Ames***Re: 10^20 vs 20^10**,*me***Re: 10^20 vs 20^10**,*David Ames***Re: 10^20 vs 20^10**,

**Re: 10^20 vs 20^10**,*me*

**Re: 10^20 vs 20^10**,*deepkdeb*

**Induction and Fund. Thm. of Arithmetic**,*GKe4848094***orthogonal trajectories**,*Luke Wu***Re: orthogonal trajectories**,*[Mr.] Lynn Kurtz***Re: orthogonal trajectories**,*Carl Parkes*

**The Mautsch method for cubics**,*David M Einstein***A pi and e calculation producing a periodic cf.**,*Dan***another improper integral**,*eugene***Re: another improper integral**,*Igor Khavkine*

**an improper integral**,*eugene***Re: an improper integral**,*Ignacio Larrosa Caņestro***Re: an improper integral**,*Igor Khavkine***Re: an improper integral**,*Ronald Bruck*

**Another question about derivatives**,*Stephen J. Herschkorn***Re: Another question about derivatives**,*The World Wide Wade***Re: Another question about derivatives**,*quasi***Re: Another question about derivatives**,*Rouben Rostamian***Re: Another question about derivatives**,*David C . Ullrich***Re: Another question about derivatives**,*Rouben Rostamian***Re: Another question about derivatives**,*The World Wide Wade***Re: Another question about derivatives**,*Gib Bogle***Re: Another question about derivatives**,*SuGuang,Dou***Re: Another question about derivatives**,*David C . Ullrich***Re: Another question about derivatives**,*The World Wide Wade***Re: Another question about derivatives**,*Ron Sperber***Re: Another question about derivatives**,*SuGuang,Dou***Re: Another question about derivatives**,*The World Wide Wade***Re: Another question about derivatives**,*quasi***Re: Another question about derivatives**,*The World Wide Wade***Re: Another question about derivatives**,*quasi***Re: Another question about derivatives**,*quasi***Re: Another question about derivatives**,*Dave L. Renfro***Re: Another question about derivatives**,*quasi***Re: Another question about derivatives**,*Dave L. Renfro*

*Message not available***Re: Another question about derivatives**,*Rob Johnson*

**Re: Another question about derivatives**,*Mike Terry***Re: Another question about derivatives**,*SuGuang,Dou*

**Bayesian Statistic**,*me***Limit of integral question,,**,*James**Message not available***Re: Limit of integral question,,**,*Rob Johnson**Message not available***Re: Limit of integral question,,**,*Rob Johnson***Re: Limit of integral question,,**,*James*

**Fubini's theorem**,*James***Re: Fubini's theorem**,*G.E. Ivey***Re: Fubini's theorem**,*Ronald Bruck***Re: Fubini's theorem**,*mathman***Re: Fubini's theorem**,*Ronald Bruck***Re: Fubini's theorem**,*mathman*

**direction of vector in tagent space**,*Gary Weselle***Re: direction of vector in tagent space**,*Gib Bogle***Re: direction of vector in tagent space**,*Mike Terry*

**New mathematics/physical sciences positions at http://jobs.phds.org, December 26, 2005**,*PhDs . org Webmaster***يا جماعة فى منـح تعليميـة مجانية فى مجال برمجة الكمبيوتر**,*Dr_mohamed_hassan_103**Message not available*- <Possible follow-ups>
**يا جماعة فى منـح تعليميـة مجانية فى مجال برمجة الكمبيوتر**,*Dr_mohamed_hassan_103*

**Any recommendations for grad schools?**,*John***P(AorB)=0.60; P(A)-0.20. Find P(B) if A and B are independent.**,*me***Re: P(AorB)=0.60; P(A)-0.20. Find P(B) if A and B are independent.**,*Mkajuma***Re: P(AorB)=0.60; P(A)-0.20. Find P(B) if A and B are independent.**,*[Mr.] Lynn Kurtz*

**Re: P(AorB)=0.60; P(A)-0.20. Find P(B) if A and B are independent.**,*mathman***Re: P(AorB)=0.60; P(A)-0.20. Find P(B) if A and B are independent.**,*[Mr.] Lynn Kurtz*

**Answers of "List the positive divisors of 372?" are; What's the fastest approach?**,*me***Ultimate, God-like Algorithm**,*Chris Osborn***If an integer is randomly selected from all positive 2-digit integers (i.e the integers 10, 11, 12, ....,99)**,*me***Re: If an integer is randomly selected from all positive 2-digit integers (i.e the integers 10, 11, 12, ....,99)**,*Chris Osborn***Re: If an integer is randomly selected from all positive 2-digit integers (i.e the integers 10, 11, 12, ....,99)**,*quasi***Re: If an integer is randomly selected from all positive 2-digit integers (i.e the integers 10, 11, 12, ....,99)**,*Mkajuma*

**How to get the answer fast?**,*me***How to get these GRE answer fast?**,*me***Re: How to get these GRE answer fast?**,*Chris Osborn***Thanks - Re: How to get these GRE answer fast?**,*me***Re: How to get these GRE answer fast?**,*Robert Low***Re: How to get these GRE answer fast?**,*Dave Seaman***Re: How to get these GRE answer fast?**,*Robert Low*

**Re: How to get these GRE answer fast?**,*Richard Henry*

**Re: How to get the answer fast?**,*Phil Carmody*

**How many 3-digit positive integrs are odd and do not contain the digit "5"?**,*me***Re: How many 3-digit positive integrs are odd and do not contain the digit "5"?**,*quasi***Re: How many 3-digit positive integrs are odd and do not contain the digit "5"?**,*me***Re: How many 3-digit positive integrs are odd and do not contain the digit "5"?**,*quasi***Re: How many 3-digit positive integrs are odd and do not contain the digit "5"?**,*Mkajuma***Re: How many 3-digit positive integrs are odd and do not contain the digit "5"?**,*quasi***Re: How many 3-digit positive integrs are odd and do not contain the digit "5"?**,*Mkajuma***Re: How many 3-digit positive integrs are odd and do not contain the digit "5"?**,*quasi***Re: How many 3-digit positive integrs are odd and do not contain the digit "5"?**,*Mkajuma***Re: How many 3-digit positive integrs are odd and do not contain the digit "5"?**,*quasi*

**Re: How many 3-digit positive integrs are odd and do not contain the digit "5"?**,*Jules***Re: How many 3-digit positive integrs are odd and do not contain the digit "5"?**,*John***Re: How many 3-digit positive integrs are odd and do not contain the digit "5"?**,*quasi***Re: How many 3-digit positive integrs are odd and do not contain the digit "5"?**,*Mkajuma***Re: How many 3-digit positive integrs are odd and do not contain the digit "5"?**,*Mkajuma***Re: How many 3-digit positive integrs are odd and do not contain the digit "5"?**,*Mkajuma***Re: How many 3-digit positive integrs are odd and do not contain the digit "5"?**,*quasi***Re: How many 3-digit positive integrs are odd and do not contain the digit "5"?**,*Mkajuma***Re: How many 3-digit positive integrs are odd and do not contain the digit "5"?**,*me***Re: How many 3-digit positive integrs are odd and do not contain the digit "5"?**,*quasi*

**Re: How many 3-digit positive integrs are odd and do not contain the digit "5"?**,*quasi***Re: How many 3-digit positive integrs are odd and do not contain the digit "5"?**,*me*

**to osbo...another probability (using factorial) question**,*me***Re: Finally, you can afford software by Windows XP Windows XP & Adobe, Windows**,*Robert J. Kolker*- <Possible follow-ups>
**Re: Finally, you can afford software by Windows XP Windows XP & Adobe, Windows**,*Robert J. Kolker*

**how to solve this probability?**,*me***Re: how to solve this probability?**,*osbornc***Re: how to solve this probability?**,*Gib Bogle*

**Can we apply inverses to two variables?**,*deniz . bahar***Re: Can we apply inverses to two variables?**,*Lee Rudolph***Re: Can we apply inverses to two variables?**,*deniz . bahar***Re: Can we apply inverses to two variables?**,*quasi***Re: Can we apply inverses to two variables?**,*deniz . bahar***Re: Can we apply inverses to two variables?**,*quasi***Re: Can we apply inverses to two variables?**,*G.E. Ivey***Re: Can we apply inverses to two variables?**,*quasi***Re: Can we apply inverses to two variables?**,*deniz . bahar*

**A probability problem about calculating the expectation**,*jing . hu***Re: A probability problem about calculating the expectation**,*Stephen J. Herschkorn***Re: A probability problem about calculating the expectation**,*jing . hu***Re: A probability problem about calculating the expectation**,*Stephen J. Herschkorn***Re: A probability problem about calculating the expectation**,*jing . hu*

**Dominated convergence question, integral**,*James***Re: Dominated convergence question, integral**,*José Carlos Santos*

**Automatic Theorem Prover**,*osbornc***Re: Automatic Theorem Prover**,*barr***Re: Automatic Theorem Prover**,*Herman Rubin***Re: Automatic Theorem Prover**,*Chris Osborn***Re: Automatic Theorem Prover**,*Aatu Koskensilta***Re: Automatic Theorem Prover**,*Chris Osborn***Re: Automatic Theorem Prover**,*Aatu Koskensilta***Re: Automatic Theorem Prover**,*Chris Osborn***Re: Automatic Theorem Prover**,*Aatu Koskensilta***Re: Automatic Theorem Prover**,*Chris Osborn***Re: Automatic Theorem Prover**,*Herman Rubin***Re: Automatic Theorem Prover**,*Torkel Franzen***Re: Automatic Theorem Prover**,*Herman Rubin***Re: Automatic Theorem Prover**,*Torkel Franzen*

**Re: Automatic Theorem Prover**,*Kees***Re: Automatic Theorem Prover**,*Chris Osborn***Re: Automatic Theorem Prover**,*Kees***Re: Automatic Theorem Prover**,*Chris Osborn***Re: Automatic Theorem Prover**,*Torkel Franzen***Re: Automatic Theorem Prover**,*Mike Terry***Re: Automatic Theorem Prover**,*Kees**Message not available***Re: Automatic Theorem Prover**,*Aatu Koskensilta***Re: Automatic Theorem Prover**,*Don Taylor***Re: Automatic Theorem Prover**,*Torkel Franzen***Re: Automatic Theorem Prover**,*Herman Rubin***Re: Automatic Theorem Prover**,*Robert Israel***Re: Automatic Theorem Prover**,*Torkel Franzen***Re: Automatic Theorem Prover**,*Don Taylor***Re: Automatic Theorem Prover**,*Torkel Franzen***Re: Automatic Theorem Prover**,*Don Taylor***Re: Automatic Theorem Prover**,*Torkel Franzen***Re: Automatic Theorem Prover**,*Aatu Koskensilta*

**Re: Automatic Theorem Prover**,*Chris Osborn***Re: Automatic Theorem Prover**,*Narasimham*

**General property of selected polynomials**,*Roman B. Binder***Re: General property of selected polynomials**,*quasi***Re: General property of selected polynomials**,*Roman B. Binder*

**Mobius transformation question**,*James***Re: Mobius transformation question**,*David C . Ullrich*

**x^x = 1/4**,*gaya . patel***Re: x^x = 1/4**,*quasi***Re: x^x = 1/4**,*quasi***Re: x^x = 1/4**,*lataianu bogdan***Re: x^x = 1/4**,*quasi*

**Re: x^x = 1/4**,*john***Re: x^x = 1/4**,*john***Re: x^x = 1/4**,*Gib Bogle***Re: x^x = 1/4**,*john***Re: x^x = 1/4**,*Gib Bogle***Re: x^x = 1/4**,*Robert Israel***Re: x^x = 1/4**,*Gib Bogle***Re: x^x = 1/4**,*Gib Bogle***Re: x^x = 1/4**,*Ioannis***Re: x^x = 1/4**,*quasi***Re: x^x = 1/4**,*Dave L. Renfro***Re: x^x = 1/4**,*David W . Cantrell***Re: x^x = 1/4**,*Dave L. Renfro***Re: x^x = 1/4**,*Gib Bogle*

**Re: x^x = 1/4**,*Kenneth Bull***Re: x^x = 1/4**,*Robert Israel***Re: x^x = 1/4**,*Robert Israel***Re: x^x = 1/4**,*quasi***Re: x^x = 1/4**,*Kenneth Bull***Re: x^x = 1/4**,*john*

**Re: x^x = 1/4**,*Ioannis*- <Possible follow-ups>
**Re: x^x = 1/4**,*Keith A. Lewis***Re: x^x = 1/4**,*gaya . patel***Re: x^x = 1/4**,*David W . Cantrell*

**Studying maths at high-school**,*Siraj Kutlusan***Re: Studying maths at high-school**,*Gib Bogle***Re: Studying maths at high-school**,*Igor Khavkine***Re: Studying maths at high-school**,*Gib Bogle*

**Re: Studying maths at high-school**,*Wayne Brown*

**What does 1+1=2 really mean?**,*stu***Re: What does 1+1=2 really mean?**,*Robert J. Kolker***Re: What does 1+1=2 really mean?**,*Siraj Kutlusan***Re: What does 1+1=2 really mean?**,*stu***Re: What does 1+1=2 really mean?**,*buyukadali***Re: What does 1+1=2 really mean?**,*buyukadali***Re: What does 1+1=2 really mean?**,*Siraj Kutlusan***Re: What does 1+1=2 really mean?**,*Peteris Krumins*

**Re: What does 1+1=2 really mean?**,*Badduh***Re: What does 1+1=2 really mean?**,*fishfry***Re: What does 1+1=2 really mean?**,*Stephen Montgomery-Smith***Re: What does 1+1=2 really mean?**,*Jules***Re: What does 1+1=2 really mean?**,*Gib Bogle***Re: What does 1+1=2 really mean?**,*Stephen Montgomery-Smith*

**Re: What does 1+1=2 really mean?**,*Dave L. Renfro***Re: What does 1+1=2 really mean?**,*zuhair***Re: What does 1+1=2 really mean?**,*The Ghost In The Machine***Re: What does 1+1=2 really mean?**,*Gib Bogle***Re: What does 1+1=2 really mean?**,*The Ghost In The Machine*

**Re: What does 1+1=2 really mean?**,*Aatu Koskensilta***Re: What does 1+1=2 really mean?**,*The Ghost In The Machine*

**Re: What does 1+1=2 really mean?**,*Proginoskes***Re: What does 1+1=2 really mean?**,*Aatu Koskensilta***Re: What does 1+1=2 really mean?**,*Dement*

**Re: What does 1+1=2 really mean?**,*Shmuel (Seymour J.) Metz***Re: What does 1+1=2 really mean?**,*Stephen Montgomery-Smith***Re: What does 1+1=2 really mean?**,*stu***Re: What does 1+1=2 really mean?**,*Shmuel (Seymour J.) Metz***Re: What does 1+1=2 really mean?**,*Robert J. Kolker*

**Re: What does 1+1=2 really mean?**,*scott7261@xxxxxxxxxxx***Re: What does 1+1=2 really mean?**,*abe . buckingham***Re: What does 1+1=2 really mean?**,*stu***Re: What does 1+1=2 really mean?**,*Shmuel (Seymour J.) Metz***Re: What does 1+1=2 really mean?**,*abe . buckingham*

**Differentiable Homotopy?**,*Shmuel (Seymour J.) Metz***Re: Differentiable Homotopy?**,*Ed Hook*

**Is a space always dense in its double dual?**,*Kira Yamato***Re: Is a space always dense in its double dual?**,*David C . Ullrich***Re: Is a space always dense in its double dual?**,*David C . Ullrich*

**how to change name of song in Itunes**,*a_plutonium***Re: how to change name of song in Itunes**,*Leroy Zipper***Re: how to change name of song in Itunes**,*a_plutonium*

**Re: how to change name of song in Itunes**,*Proginoskes***Re: how to change name of song in Itunes**,*Dik T. Winter*

**Re: how to change name of song in Itunes**,*john_ramsden***Re: how to change name of song in Itunes**,*Ulrich Sondermann*

**Analytic Series**,*Narcoleptic Insomniac***Re: Analytic Series**,*José Carlos Santos***Re: Analytic Series**,*Narcoleptic Insomniac***Re: Analytic Series**,*David C . Ullrich***Re: Analytic Series**,*José Carlos Santos***Re: Analytic Series**,*Narcoleptic Insomniac*

**Comparing 2 Infinite Trees**,*osbornc***Generalizing difference quotients to other operations**,*Dave L. Renfro***test**,*bill***bayesian statistics in insurance**,*sigoldberg1***Re: bayesian statistics in insurance**,*DW Simpson Webmaster*

**body of trig funcs**,*Siraj Kutlusan***Re: body of trig funcs**,*Narcoleptic Insomniac***Re: body of trig funcs**,*Gib Bogle***Re: body of trig funcs**,*quasi*

**Re: body of trig funcs**,*Buddahlovesyou***Re: body of trig funcs**,*Gerard 46*

**can all F(x,y) = G(x,y) type relations be implicitly differentiated?**,*Kobu***Re: can all F(x,y) = G(x,y) type relations be implicitly differentiated?**,*Kobu***Re: can all F(x,y) = G(x,y) type relations be implicitly differentiated?**,*William Elliot***Re: can all F(x,y) = G(x,y) type relations be implicitly differentiated?**,*Robert Israel***Re: can all F(x,y) = G(x,y) type relations be implicitly differentiated?**,*Kobu***Re: can all F(x,y) = G(x,y) type relations be implicitly differentiated?**,*Robert Israel***Re: can all F(x,y) = G(x,y) type relations be implicitly differentiated?**,*Kobu***Re: can all F(x,y) = G(x,y) type relations be implicitly differentiated?**,*Robert Israel***Re: can all F(x,y) = G(x,y) type relations be implicitly differentiated?**,*Kobu***Re: can all F(x,y) = G(x,y) type relations be implicitly differentiated?**,*Robert Israel***Re: can all F(x,y) = G(x,y) type relations be implicitly differentiated?**,*Kobu***Re: can all F(x,y) = G(x,y) type relations be implicitly differentiated?**,*Kobu*

**Christmas sequences**,*Han . deBruijn***water pressure**,*Adnan***Re: water pressure**,*Me***Re: water pressure**,*Adnan***Re: water pressure**,*Phil Holman*

**examples**,*rasul . shahbazzadeh***Re: examples**,*Virgil***Re: examples**,*Robert Low***Re: examples**,*Richard Henry***Re: examples**,*Robert Low*

**derivative using first principles NOT EQUAL TO derivative using power rule**,*R. Colacitti***Re: derivative using first principles NOT EQUAL TO derivative using power rule**,*Stephen J. Herschkorn***Re: derivative using first principles NOT EQUAL TO derivative using power rule**,*R. Colacitti***Re: derivative using first principles NOT EQUAL TO derivative using power rule**,*Virgil***Re: derivative using first principles NOT EQUAL TO derivative using power rule**,*Stephen J. Herschkorn***Re: derivative using first principles NOT EQUAL TO derivative using power rule**,*Robert Low***Re: derivative using first principles NOT EQUAL TO derivative using power rule**,*R. Colacitti***Re: derivative using first principles NOT EQUAL TO derivative using power rule**,*Dave L. Renfro***Re: derivative using first principles NOT EQUAL TO derivative using power rule**,*R. Colacitti***Re: derivative using first principles NOT EQUAL TO derivative using power rule**,*Dave L. Renfro***Re: derivative using first principles NOT EQUAL TO derivative using power rule**,*R. Colacitti***Re: derivative using first principles NOT EQUAL TO derivative using power rule**,*R. Colacitti***Re: derivative using first principles NOT EQUAL TO derivative using power rule**,*Stephen J. Herschkorn***Re: derivative using first principles NOT EQUAL TO derivative using power rule**,*R. Colacitti***Re: derivative using first principles NOT EQUAL TO derivative using power rule**,*Dave L. Renfro***Re: derivative using first principles NOT EQUAL TO derivative using power rule**,*Stephen J. Herschkorn***Re: derivative using first principles NOT EQUAL TO derivative using power rule**,*Robert Low***Re: derivative using first principles NOT EQUAL TO derivative using power rule**,*Virgil***Re: derivative using first principles NOT EQUAL TO derivative using power rule**,*R. Colacitti***Re: derivative using first principles NOT EQUAL TO derivative using power rule**,*Robert Low*

**Calabi Yau Spaces Sculpture Program**,*mustafaumutsarac***Convergence theorems question..**,*James***Re: Convergence theorems question..**,*David C . Ullrich***Re: Convergence theorems question..**,*James***Re: Convergence theorems question..**,*James***Re: Convergence theorems question..**,*David C . Ullrich*

**Re: Convergence theorems question..**,*Ronald Bruck***Re: Convergence theorems question..**,*Robert Israel***Re: Convergence theorems question..**,*Ronald Bruck***Re: Convergence theorems question..**,*David C . Ullrich*

**an open ball**,*eugene***Re: an open ball**,*Ed Hook***Re: an open ball**,*quasi***Re: an open ball**,*Mate***Re: an open ball**,*quasi***Re: an open ball**,*quasi***Re: an open ball**,*Ronald Bruck***Re: an open ball**,*Robert Israel***Re: an open ball**,*Robert Israel***Re: an open ball**,*David C . Ullrich***Re: an open ball**,*David C . Ullrich***Re: an open ball**,*Robert Israel***Re: an open ball**,*Robert Israel***Re: an open ball**,*William Elliot***Re: an open ball**,*quasi***Re: an open ball**,*Virgil***Re: an open ball**,*William Elliot***Re: an open ball**,*quasi***Re: an open ball**,*quasi***Re: an open ball**,*quasi***Re: an open ball**,*quasi***Re: an open ball**,*quasi***Re: an open ball**,*David C . Ullrich***Re: an open ball**,*quasi*

**L^p convergence another question..**,*James***Re: L^p convergence another question..**,*David C . Ullrich***Re: L^p convergence another question..**,*James***Re: L^p convergence another question..**,*David C . Ullrich*

**Re: L^p convergence another question..**,*Stephen J. Herschkorn***Re: L^p convergence another question..**,*James***Re: L^p convergence another question..**,*David C . Ullrich*

**Known lengths of edges of an abitrary polygon, seek for area**,*moop?***Re: Known lengths of edges of an abitrary polygon, seek for area**,*stefan . petrea***Re: Known lengths of edges of an abitrary polygon, seek for area**,*Narasimham***Re: Known lengths of edges of an abitrary polygon, seek for area**,*Keith A. Lewis***Re: Known lengths of edges of an abitrary polygon, seek for area**,*quasi***Re: Known lengths of edges of an abitrary polygon, seek for area**,*quasi***Re: Known lengths of edges of an abitrary polygon, seek for area**,*quasi***Re: Known lengths of edges of an abitrary polygon, seek for area**,*Keith A. Lewis***Re: Known lengths of edges of an abitrary polygon, seek for area**,*quasi***Re: Known lengths of edges of an abitrary polygon, seek for area**,*Keith A. Lewis***Re: Known lengths of edges of an abitrary polygon, seek for area**,*quasi**Message not available***Re: Known lengths of edges of an abitrary polygon, seek for area**,*quasi***Re: Known lengths of edges of an abitrary polygon, seek for area**,*Keith A. Lewis***Re: Known lengths of edges of an abitrary polygon, seek for area**,*Keith A. Lewis***Re: Known lengths of edges of an abitrary polygon, seek for area**,*quasi*

**Re: Known lengths of edges of an abitrary polygon, seek for area**,*quasi***Re: Known lengths of edges of an abitrary polygon, seek for area**,*Keith A. Lewis*

**PROTEST OF A VICTIM OF A PROBABLE INTELLECTUAL THEFT / HACKING**,*bouhannache***Re: onto function viewpoint**,*William Elliot*- <Possible follow-ups>
**Re: onto function viewpoint**,*Robert Low***Re: onto function viewpoint**,*Gary Weselle***Re: onto function viewpoint**,*Ted Hwa*

**Re: onto function viewpoint**,*Narcoleptic Insomniac***Re: onto function viewpoint**,*Gary Weselle***Re: onto function viewpoint**,*Gary Weselle***Re: onto function viewpoint**,*Narcoleptic Insomniac***Re: onto function viewpoint**,*Narcoleptic Insomniac*

**About Cayley-Menger determinant**,*moop?***Re: About Cayley-Menger determinant**,*Randall*

**Santa Claus speed**,*Peter L. Montgomery***Re: Santa Claus speed**,*Joseph Hertzlinger***Re: Santa Claus speed**,*markwh04*

**references sought**,*Sean McIlroy***Re: references sought**,*Dr Tim***Re: references sought-**,*JEMebius***Re: references sought**,*Badboy*

**Q: special case of cumulative trivariate normal**,*Axel Vogt***Re: Q: special case of cumulative trivariate normal**,*Stephen J. Herschkorn**Message not available***Re: Q: special case of cumulative trivariate normal**,*Axel Vogt***Re: Q: special case of cumulative trivariate normal**,*Stephen J. Herschkorn*

**how to compute the eigenvalue and eigenvector of this matrix?**,*comtech***why is this approximation valid**,*Kobu***Re: why is this approximation valid**,*[Mr.] Lynn Kurtz***Re: why is this approximation valid**,*Kobu***Re: why is this approximation valid**,*[Mr.] Lynn Kurtz*

**Re: why is this approximation valid**,*David C . Ullrich**Message not available***Re: why is this approximation valid**,*Rob Johnson***Re: why is this approximation valid**,*David C . Ullrich*

**Re: why is this approximation valid**,*Keith A. Lewis***Re: why is this approximation valid**,*Robert Israel***Re: why is this approximation valid**,*Robert Low***Re: why is this approximation valid**,*david petry*

**Heat/Diffusion equation**,*Jules***Re: Heat/Diffusion equation**,*Robert Israel*

**partition of the real line**,*eugene***Re: partition of the real line**,*cbrown***Re: partition of the real line**,*quasi***Re: partition of the real line**,*quasi***Re: partition of the real line**,*Mike Kent***Re: partition of the real line**,*cbrown*

**Re: partition of the real line**,*Robert Israel*

**GxZ is isomorphic to HxZ, but G is not isomorphic to H**,*David Radcliffe***Angular Velocity - Undisplayed messages**,*Mohan Pawar***Re: Angular Velocity - Undisplayed messages**,*Mohan Pawar***Re: Angular Velocity - Undisplayed messages**,*Robert Low***Re: Angular Velocity - Undisplayed messages**,*Mohan Pawar***Re: Angular Velocity - Undisplayed messages**,*Robert Low*

**simplicial map**,*Jonas***Re: simplicial map**,*Ed Hook*

**Repeat of Normal families complex analysis problem**,*James***Re: Repeat of Normal families complex analysis problem**,*David C . Ullrich***Re: Repeat of Normal families complex analysis problem**,*James***Re: Repeat of Normal families complex analysis problem**,*David C . Ullrich*

**Re: Repeat of Normal families complex analysis problem**,*Robert Israel*

**Complex Analysis qualifying exam problem**,*James***Re: Complex Analysis qualifying exam problem**,*David C . Ullrich*

**functional differentiation**,*wissam***Geometric tangent invariants**,*Hauke Reddmann***Re: Geometric tangent invariants**,*Narasimham*

**Fourier Transforms**,*Saruman***Re: Fourier Transforms**,*Carlos Moreno*

**Zuhair Haiku**,*Kid A***plot a piecewise function in maple**,*Jonas***Re: plot a piecewise function in maple**,*Rouben Rostamian*

**Any countable set in the reals is a Borel set**,*Bob***Re: Any countable set in the reals is a Borel set**,*abe . buckingham*

**Tough Combinatorics problem?**,*Angela***Re: Tough Combinatorics problem?**,*Robert Israel***Re: Tough Combinatorics problem?**,*The Last Danish Pastry***Re: Tough Combinatorics problem?**,*Keith A. Lewis*

**Re: Tough Combinatorics problem?**,*Angela***Re: Tough Combinatorics problem?**,*Angela***Re: Tough Combinatorics problem?**,*The Last Danish Pastry***Re: Tough Combinatorics problem?**,*Angela***Re: Tough Combinatorics problem?**,*The Last Danish Pastry***Re: Tough Combinatorics problem?**,*Angela*

**Re: Tough Combinatorics problem?**,*Robert Israel*

**Re: Tough Combinatorics problem?**,*Chip Eastham*

**is this proof of product rule rigorous (any loop holes?)**,*i . love . jeevitha***Re: is this proof of product rule rigorous (any loop holes?)**,*Ronald Bruck***Re: is this proof of product rule rigorous (any loop holes?)**,*i . love . jeevitha***Re: is this proof of product rule rigorous (any loop holes?)**,*David C . Ullrich***Re: is this proof of product rule rigorous (any loop holes?)**,*i . love . jeevitha*

**Re: is this proof of product rule rigorous (any loop holes?)**,*William Elliot*

**Is the category of schemes complete?**,*Lukas Horosiewicz***Re: Is the category of schemes complete?**,*No One***Re: Is the category of schemes complete?**,*Lukas Horosiewicz***Re: Is the category of schemes complete?**,*Nath Rao*

**OT Undergrad Math Journals**,*STAt***Re: OT Undergrad Math Journals**,*rip pelletier***Re: OT Undergrad Math Journals**,*duje*

**Shredded Wallpaper: a thesis on wallpaper patterns tiled by border patterns**,*George Baloglou***angular velocity**,*katehilton***Re: angular velocity**,*Robert Israel***Re: angular velocity**,*Horatio Hornblower***Re: angular velocity - Coriolis force**,*JEMebius*

**Re: angular velocity**,*Keith A. Lewis***Re: angular velocity**,*Robert Israel***Re: angular velocity**,*Robert Low***Re: angular velocity**,*Robert Israel***Re: angular velocity**,*Robert Low***Re: angular velocity**,*Robert Low***Re: angular velocity**,*Stephen Montgomery-Smith***Re: angular velocity**,*Robert Low***Re: angular velocity**,*Stephen Montgomery-Smith***Re: angular velocity**,*snapdragon31***Re: angular velocity**,*Robert Israel***Re: angular velocity**,*Robert Low***Re: angular velocity**,*Stephen Montgomery-Smith***Re: angular velocity**,*Keith A. Lewis***Re: angular velocity**,*Robert Low***Re: angular velocity**,*Stephen Montgomery-Smith***Re: angular velocity**,*Robert Low***Re: angular velocity**,*Stephen Montgomery-Smith***Re: angular velocity**,*Robert Low***Re: angular velocity**,*[Mr.] Lynn Kurtz***Re: angular velocity**,*Robert Low***Re: angular velocity**,*Dave Seaman***Re: angular velocity**,*Keith A. Lewis*

**Re: angular velocity**,*Mohan Pawar***Re: angular velocity**,*Robert Israel***Re: angular velocity**,*martin cohen***Re: angular velocity**,*Stephen Montgomery-Smith***Re: angular velocity**,*odin***Re: angular velocity**,*odin***Re: angular velocity**,*Mohan Pawar***Re: angular velocity**,*snapdragon31***Re: angular velocity**,*Mohan Pawar***Re: angular velocity**,*briggs***Re: angular velocity**,*Mohan Pawar***Re: angular velocity**,*Robert Israel***Re: angular velocity**,*Stephen Montgomery-Smith***Re: angular velocity**,*snapdragon31*

**mathematical notation question**,*odin***Re: mathematical notation question**,*Joseph***an***Re: mathematical notation question**,*Dave L. Renfro***Re: mathematical notation question**,*Randy Poe***OOOOOOPS**,*odin*

*Message not available***Re: mathematical notation question**,*Rob Johnson*

**Re: mathematical notation question**,*matthias***Re: mathematical notation question**,*fishfry***Re: mathematical notation question**,*Larry Lard***Re: mathematical notation question**,*Pubkeybreaker*

**Re: mathematical notation question**,*Herman Rubin***Re: mathematical notation question**,*Shmuel (Seymour J.) Metz*

**Boolean logic, third value (true=false case)**,*heelium@xxxxxxxxx***borel sigma algebra**,*Bob***Re: borel sigma algebra**,*Jannick Asmus***Re: borel sigma algebra**,*Dave L. Renfro***Re: borel sigma algebra**,*Stephen J. Herschkorn*

**Normal families, complex analysis question**,*James***Re: Normal families, complex analysis question**,*David C . Ullrich***Re: Normal families, complex analysis question**,*James***Re: Normal families, complex analysis question**,*David C . Ullrich*

**Radical Expression For cos(2*pi/37)**,*M.A.Fajjal***"Power of a number" vs. "to the power of a number"**,*Carlos Moreno***Re: "Power of a number" vs. "to the power of a number"**,*John Coleman***Re: "Power of a number" vs. "to the power of a number"**,*Keith A. Lewis***Re: "Power of a number" vs. "to the power of a number"**,*quasi***Re: "Power of a number" vs. "to the power of a number"**,*Ronald Bruck***Re: "Power of a number" vs. "to the power of a number"**,*Carlos Moreno*

**locally euclidian and homemorphism**,*John Smith***I Don't Like a Definition for Base of a Topology**,*Unchaste***Re: I Don't Like a Definition for Base of a Topology**,*José Carlos Santos***Re: I Don't Like a Definition for Base of a Topology**,*William Elliot*

**Self inverse group automorphism**,*William Elliot***Re: Self inverse group automorphism**,*quasi***Re: Self inverse group automorphism**,*William Elliot*

**Re: Self inverse group automorphism**,*Timothy Murphy***Re: Self inverse group automorphism**,*William Elliot***Re: Self inverse group automorphism**,*Timothy Murphy*

**Re: Self inverse group automorphism**,*Jyrki Lahtonen***Re: Self inverse group automorphism**,*Risto Kauppila*

**Re: Self inverse group automorphism**,*Robert Sheskey***Re: Self inverse group automorphism**,*William Elliot*

**Re: Self inverse group automorphism**,*smn***Re: Self inverse group automorphism**,*Robert Israel*

**Re: Self inverse group automorphism**,**Re: Self inverse group automorphism**,*smn***Re: Self inverse group automorphism**,*William Elliot*

**? determine system matrix**,*Cheng Cosine***Bertrand's Postulate for AP's**,*Bart Goddard***Re: Bertrand's Postulate for AP's**,*Dave Rusin***Re: Bertrand's Postulate for AP's**,*Robert Israel*

**A variant of house selling problem (optimal stopping)**,*hopen***Re: A variant of house selling problem (optimal stopping)**,*Robert Israel*

**Convergence in L^p question**,*James***Re: Convergence in L^p question**,*Stephen J. Herschkorn*

**Analytic in C - {0}, problem..**,*James***REF is unique to a given matrix**,*ramakrishnan . kannan***Re: REF is unique to a given matrix**,*Timothy Murphy***Re: REF is unique to a given matrix**,*ramakrishnan . kannan***Re: REF is unique to a given matrix**,*Robert Israel*

**Not sure about interpretation of this set notation**,*Kenneth Bull***sum of two squares**,*Saint Cad***Re: sum of two squares**,*Larry Hammick*

**Wikipedia alternative aims to be 'PBS of the Web'**,*casioculture***Re: Wikipedia alternative aims to be 'PBS of the Web'**,*Barbara Schwarz***Re: Wikipedia alternative aims to be 'PBS of the Web'**,*Victor Eijkhout***Re: Wikipedia alternative aims to be 'PBS of the Web'**,*Shmuel (Seymour J.) Metz*

**Re: Wikipedia alternative aims to be 'PBS of the Web'**,*Keith A. Lewis***Re: Wikipedia alternative aims to be 'PBS of the Web'**,*Chan-Ho Suh***Re: Wikipedia alternative aims to be 'PBS of the Web'**,*Barbara Schwarz***Re: Wikipedia alternative aims to be 'PBS of the Web'**,*casioculture*

**Re: Wikipedia alternative aims to be 'PBS of the Web'**,*Phil Carmody***Re: Wikipedia alternative aims to be 'PBS of the Web'**,*David C . Ullrich*

**Re: Wikipedia alternative aims to be 'PBS of the Web'**,*Dave*

**Does 2phi(golden proportion)DD = Maximum Surface area of a Moebius?**,*Dan***set convexity**,*Feniks***Re: set convexity**,*smn*

**Need knowledgable people concerning relatively theory... John Baez...?**,*Paul McCarthy***Re: Need knowledgable people concerning relatively theory... John Baez...?**,*fishfry***Re: Need knowledgable people concerning relatively theory... John Baez...?**,*Narcoleptic Insomniac*

**Re: Need knowledgable people concerning relatively theory... John Baez...?**,*Jim Black***Re: Need knowledgable people concerning relatively theory... John Baez...?**,*markwh04***Re: Need knowledgable people concerning relatively theory... John Baez...?**,*R. Brown***Re: Need knowledgable people concerning relatively theory... John Baez...?**,*R. Brown*

**old number puzzle**,*Narasimham***Re: old number puzzle**,*Robert Israel***Re: old number puzzle**,*Stephen J. Herschkorn***Re: old number puzzle**,*Robert Israel***Re: old number puzzle**,*quasi***Re: old number puzzle**,*Keith A. Lewis***Re: old number puzzle**,*quasi***Re: old number puzzle**,*quasi***Re: old number puzzle**,*M.J.T. Guy***Re: old number puzzle**,*Keith A. Lewis***Re: old number puzzle**,*Han de Bruijn***Re: old number puzzle**,*Robert Israel***Re: old number puzzle**,*duje***Re: old number puzzle**,*M.A.Fajjal***Re: old number puzzle**,*Robert Israel***Re: old number puzzle**,*duje*

**Re: old number puzzle**,*Narasimham*

**Re: old number puzzle**,*Achava Nakhash, the Loving Snake*

**Maximal homogeneous ideals**,*joe.shmoe.joe.shmoe***Re: Maximal homogeneous ideals**,*quasi***Re: Maximal homogeneous ideals**,*joe.shmoe.joe.shmoe***Re: Maximal homogeneous ideals**,*quasi***Re: Maximal homogeneous ideals**,*quasi***Re: Maximal homogeneous ideals**,*joe.shmoe.joe.shmoe***Re: Maximal homogeneous ideals**,*joe.shmoe.joe.shmoe***Re: Maximal homogeneous ideals**,*quasi***Re: Maximal homogeneous ideals**,*joe.shmoe.joe.shmoe*

**Re: Maximal homogeneous ideals**,*Jannick Asmus*

**A number theortic problem**,*MuTsun Tsai***Re: A number theortic problem**,*Gottfried Helms*

**Is there an elegant way to represent 3 variables in 2d?**,*Tariq Khokhar***My problem (I don't know how to name it)**,*Silas Justiniano***Re: My problem (I don't know how to name it)**,*Randy Poe***Re: My problem (I don't know how to name it)**,*Silas Justiniano***Re: My problem (I don't know how to name it)**,*Silas Justiniano*

**New model for primality test**,*M.A.Fajjal***Re: New model for primality test**,*Proginoskes***Re: New model for primality test**,*Pubkeybreaker***Re: New model for primality test**,*M.A.Fajjal***Re: New model for primality test**,*rich burge*

**Re: New model for primality test**,*Phil Carmody*

**sparse least squares**,*kemmy***riemann, and reciprocals**,*SportsNut***Re: riemann, and reciprocals**,*Martin Wanvik***Re: riemann, and reciprocals**,*Martin Wanvik*

**Re: riemann, and reciprocals**,*David C . Ullrich***Re: riemann, and reciprocals**,*Dave Rusin*

**Cyclic groups homomorphism**,*anzische***Re: Cyclic groups homomorphism**,*David C . Ullrich***Re: Cyclic groups homomorphism**,*Toni Lassila*

**a question on locally compactness**,*eugene***Re: a question on locally compactness**,*William Elliot***Re: a question on locally compactness**,*Marc Olschok*

**complex systems**,*andrew . tanenbaum***The indeterminate and the undefined.**,*zuhair***Cross products**,*Thedoof***Re: Cross products**,*alan***Re: Cross products**,*Proginoskes***Re: Cross products**,*Hauke Reddmann***Re: Cross products**,*Proginoskes***Re: Cross products**,*Robert Low***Re: Cross products**,*Proginoskes***Re: Cross products**,*Robert Low***Re: Cross products**,*Proginoskes***Re: Cross products**,*Robert Low***Re: Cross products**,*Dik T. Winter***Re: Cross products**,*Dik T. Winter***Re: Cross products**,*Robert Low***Re: Cross products**,*Robert Israel*

**Re: Cross products**,*Stephen Montgomery-Smith***Re: Cross products**,*Robert Low***Re: Cross products**,*Stephen Montgomery-Smith***Re: Cross products**,*Stephen Montgomery-Smith***Re: Cross products**,*Robert Low*

**Fermat's little theorem**,*w . taylor***Re: Fermat's little theorem**,*Ted Hwa***Re: Fermat's little theorem**,*MuTsun Tsai***Re: Fermat's little theorem**,*quasi***Re: Fermat's little theorem**,*MuTsun Tsai*

**Re: Fermat's little theorem**,*Larry Hammick*

**Exponential of a rational function**,*WassilyDali***Re: Exponential of a rational function**,*Bill_42***Re: Exponential of a rational function**,*quasi***Re: Exponential of a rational function**,*David C . Ullrich*

**Re: Exponential of a rational function**,*Virgil***Re: Exponential of a rational function**,*David C . Ullrich***Re: Exponential of a rational function**,*WassilyDali***Re: Exponential of a rational function**,*David C. Ullrich*

**Re: Exponential of a rational function**,*quasi***Re: Exponential of a rational function**,*David C. Ullrich***Re: Exponential of a rational function**,*quasi***Re: Exponential of a rational function**,*WassilyDali***Re: Exponential of a rational function**,*quasi***Re: Exponential of a rational function**,*quasi***Re: Exponential of a rational function**,*David C . Ullrich***Re: Exponential of a rational function**,*quasi***Re: Exponential of a rational function**,*David C . Ullrich***Re: Exponential of a rational function**,*quasi***Re: Exponential of a rational function**,*David C . Ullrich***Re: Exponential of a rational function**,*quasi***Re: Exponential of a rational function**,*Robert Israel***Re: Exponential of a rational function**,*quasi***Re: Exponential of a rational function**,*David C . Ullrich***Re: Exponential of a rational function**,*quasi***Re: Exponential of a rational function**,*David C . Ullrich***Re: Exponential of a rational function**,*quasi***Re: Exponential of a rational function**,*David C . Ullrich***Re: Exponential of a rational function**,*quasi***Re: Exponential of a rational function**,*David C . Ullrich***Re: Exponential of a rational function**,*quasi***Re: Exponential of a rational function**,*David C . Ullrich*

**Re: Exponential of a rational function**,*Pubkeybreaker***Re: Exponential of a rational function**,*Igor Khavkine*

**Multigrid programming**,*Eric***super-all-adics**,*Ken Quirici***Re: super-all-adics**,*Ross A. Finlayson***Re: super-all-adics**,*Ken Quirici***Re: super-all-adics**,*Ross A. Finlayson*

**Re: super-all-adics**,*Proginoskes***Re: super-all-adics**,*Ken Quirici*

**limit of integrals**,*SportsNut***Re: limit of integrals**,*mskirvin***Re: limit of integrals**,*William Elliot***Re: limit of integrals**,*SportsNut***Re: limit of integrals**,*The World Wide Wade*

*Message not available***Re: limit of integrals**,*Rob Johnson*

**Solution to Poisson-Boltzmann equation**,*dkjk**Message not available**Message not available*

**Transforming a 1st order derivative away**,*Peter Jay Salzman***Re: Structure of Primes**,*adam sageripious***E=MC2**,*jebrown19***Rankin-Selberg Integral ---What is it?**,*sam . rosenberg***Re: Rankin-Selberg Integral ---What is it?**,*sam.rosenberg@xxxxxxxxx***Re: Rankin-Selberg Integral ---What is it?**,*David Ames***Re: Rankin-Selberg Integral ---What is it?**,*sam.rosenberg@xxxxxxxxx*

**not stirring sh*t, but victim of stirring**,*gaya . patel***Re: not stirring sh*t, but victim of stirring**,*Richard Miller***Re: not stirring sh*t, but victim of stirring**,*gaya . patel***Re: not stirring sh*t, but victim of stirring**,*stephen***Re: not stirring sh*t, but victim of stirring**,*gaya . patel***Re: not stirring sh*t, but victim of stirring**,*Narcoleptic Insomniac***Re: not stirring sh*t, but victim of stirring**,*Ken Pledger***Re: not stirring sh*t, but victim of stirring**,*Dave Rusin***Re: not stirring sh*t, but victim of stirring**,*Richard Miller*

**Re: not stirring sh*t, but victim of stirring**,*Narcoleptic Insomniac***Re: not stirring sh*t, but victim of stirring**,*Stephen J. Herschkorn***Re: not stirring sh*t, but victim of stirring**,*The Ghost In The Machine*

**aperiodic one-tile tilings not on the plane**,*Mark Griffith*- <Possible follow-ups>
**aperiodic one-tile tilings not on the plane**,*w . taylor***Re: aperiodic one-tile tilings not on the plane**,*Daryl McCullough*

**Hyper-Rationals & Standard Irrationals**,*Math1723***Re: Hyper-Rationals & Standard Irrationals**,*denis feldmann***Re: Hyper-Rationals & Standard Irrationals**,*Jonathan Hoyle*

**Non-Standard Analysis & Other Infinities**,*Math1723***Re: Non-Standard Analysis & Other Infinities**,*Dave Seaman***Re: Non-Standard Analysis & Other Infinities**,*Robert Low***Re: Non-Standard Analysis & Other Infinities**,*markwh04***Re: Non-Standard Analysis & Other Infinities**,*Dave Seaman***Re: Non-Standard Analysis & Other Infinities**,*Daryl McCullough***Re: Non-Standard Analysis & Other Infinities**,*Dave Seaman***Re: Non-Standard Analysis & Other Infinities**,*Ross A. Finlayson***Re: Non-Standard Analysis & Other Infinities**,*Jonathan Hoyle***Re: Non-Standard Analysis & Other Infinities**,*Ross A. Finlayson***Re: Non-Standard Analysis & Other Infinities**,*Daryl McCullough***Re: Non-Standard Analysis & Other Infinities**,*Ross A. Finlayson***Re: Non-Standard Analysis & Other Infinities**,*Daryl McCullough***Re: Non-Standard Analysis & Other Infinities**,*Jonathan Hoyle***Re: Non-Standard Analysis & Other Infinities**,*Ross A. Finlayson***Re: Non-Standard Analysis & Other Infinities**,*Jonathan Hoyle***Re: Non-Standard Analysis & Other Infinities**,*Ross A. Finlayson***Re: Non-Standard Analysis & Other Infinities**,*Jonathan Hoyle***Re: Non-Standard Analysis & Other Infinities**,*Ross A. Finlayson***Re: Non-Standard Analysis & Other Infinities**,*Jonathan Hoyle***Re: Non-Standard Analysis & Other Infinities**,*Virgil***Re: Non-Standard Analysis & Other Infinities**,*Jonathan Hoyle***Re: Non-Standard Analysis & Other Infinities**,*Daryl McCullough***Re: Non-Standard Analysis & Other Infinities**,*Herman Rubin***Re: Non-Standard Analysis & Other Infinities**,*Daryl McCullough***Re: Non-Standard Analysis & Other Infinities**,*Keith Ramsay***Re: Non-Standard Analysis & Other Infinities**,*Daryl McCullough*

**Re: Non-Standard Analysis & Other Infinities**,*Jonathan Hoyle*

**is there a non-commutative division ring which is not a domain?**,*porky_pig_jr@xxxxxxxxxxx***Re: is there a non-commutative division ring which is not a domain?**,*porky_pig_jr@xxxxxxxxxxx***Re: is there a non-commutative division ring which is not a domain?**,*Jon Pula***Re: is there a non-commutative division ring which is not a domain?**,*lataianu bogdan***Re: is there a non-commutative division ring which is not a domain?**,*Chip Eastham***Re: is there a non-commutative division ring which is not a domain?**,*lataianu bogdan*

**Square root of a Matrix**,*Dr Tam***Re: Square root of a Matrix**,*Randy Poe***Re: Square root of a Matrix**,*fernando revilla***Re: Square root of a Matrix**,*Chip Eastham***Re: Square root of a Matrix**,*Dr Tam*

**HELP finding domain of this derivative.**,*R. Colacitti***Re: HELP finding domain of this derivative.**,*Randy Poe***Re: HELP finding domain of this derivative.**,*Proginoskes*

**Integer sequence**,*jose***Re: Integer sequence**,*JeeBee***Re: Integer sequence**,*Jim Black***Re: Integer sequence**,*kingshriek***Re: Integer sequence**,*jose***Re: Integer sequence**,*Jim Black*

**Complex Structure R^2->R^2: Is this legal?**,*Hatto von Aquitanien***Re: Complex Structure R^2->R^2: Is this legal?**,*Randy Poe***Re: Complex Structure R^2->R^2: Is this legal?**,*Hatto von Aquitanien*

**Re: Complex Structure R^2->R^2: Is this legal?**,*Robert Low***Re: Complex Structure R^2->R^2: Is this legal?**,*Robert Low***Re: Complex Structure R^2->R^2: Is this legal?**,*Hatto von Aquitanien*

**Re: Complex Structure R^2->R^2: Is this legal?**,*Mike Terry***Re: Complex Structure R^2->R^2: Is this legal?**,*Hatto von Aquitanien***Re: Complex Structure R^2->R^2: Is this legal?**,*Mike Terry*

**Prime numbers**,*M.A.Fajjal***Re: Prime numbers**,*Timothy Murphy***Re: Prime numbers**,*José Carlos Santos***Re: Prime numbers**,*William Elliot**Message not available***Re: Prime numbers**,*Rob Johnson***Re: Prime numbers**,*Hanford Carr***Re: Prime numbers**,*Dik T. Winter*

**Re: Prime numbers**,*Doug Chatham***Re: Prime numbers**,*M.A.Fajjal*

**Re: Prime numbers**,*William Elliot*

**number of different grid networks**,*JeeBee***joint PDF of dependent random variables**,*gans1973***Re: joint PDF of dependent random variables**,*mathman***Re: joint PDF of dependent random variables**,*Stephen J. Herschkorn*

**Angles subtended in an ellipse**,*Ajit***Re: Angles subtended in an ellipse**,*Virgil***Re: Angles subtended in an ellipse**,*Narasimham***Re: Angles subtended in an ellipse**,*David W . Cantrell*

**differentiablity and deribative**,*disanalysis***Re: differentiablity and deribative**,*Robert Low***Re: differentiablity and deribative**,*Carlos Moreno*

**Addition Law and K*P for Montgomery-form Curves**,*Ža\\/b***Structure of a semigroup**,*Riivo Must***Re: Structure of a semigroup**,*William Elliot*

**Translating a compond statement into a symbolic form**,*yakuza***Re: Translating a compond statement into a symbolic form**,*William Elliot*- <Possible follow-ups>
**Translating a compond statement into a symbolic form**,*yakuza*

**Continuity of function**,*Steve***Re: Continuity of function**,*Stephen J. Herschkorn***Re: Continuity of function**,*Robert Low*

**Exact Values for Pi Related Stuff, I Think....?**,*rehamkcirtap@xxxxxxxxx***proof that inverse of continuous function is also continuous?**,*i . love . jeevitha***Re: proof that inverse of continuous function is also continuous?**,*Stephen J. Herschkorn***Re: proof that inverse of continuous function is also continuous?**,*i . love . jeevitha***Re: proof that inverse of continuous function is also continuous?**,*Stephen J. Herschkorn***Re: proof that inverse of continuous function is also continuous?**,*i . love . jeevitha***Re: proof that inverse of continuous function is also continuous?**,*Jeremy Boden***Re: proof that inverse of continuous function is also continuous?**,*Stephen J. Herschkorn***Re: proof that inverse of continuous function is also continuous?**,*Jeremy Boden*

**Re: proof that inverse of continuous function is also continuous?**,*William Elliot*

**Re: proof that inverse of continuous function is also continuous?**,*Starbles***Re: proof that inverse of continuous function is also continuous?**,*i . love . jeevitha*

**Re: proof that inverse of continuous function is also continuous?**,*G. A. Edgar***Re: proof that inverse of continuous function is also continuous?**,*Keith A. Lewis***Re: proof that inverse of continuous function is also continuous?**,*Shmuel (Seymour J.) Metz*

**Re: proof that inverse of continuous function is also continuous?**,*David C . Ullrich***Re: proof that inverse of continuous function is also continuous?**,*Stephen J. Herschkorn***Re: proof that inverse of continuous function is also continuous?**,*David C . Ullrich***Re: proof that inverse of continuous function is also continuous?**,*Randy Poe***Re: proof that inverse of continuous function is also continuous?**,*David C . Ullrich***Re: proof that inverse of continuous function is also continuous?**,*Robert Low***Re: proof that inverse of continuous function is also continuous?**,*Ross A. Finlayson***Re: proof that inverse of continuous function is also continuous?**,*Stephen J. Herschkorn***Re: proof that inverse of continuous function is also continuous?**,*David C . Ullrich*

**Re: proof that inverse of continuous function is also continuous?**,*daz*

**Line on a closed and bounded polyhedron**,*ram***hyperarea of parts of the hypersphere surface**,*CharlieL***T^2 + I = O**,*Yo Wang***Re: T^2 + I = O**,*Jannick Asmus***Re: T^2 + I = O**,*Yo Wang***Re: T^2 + I = O**,*Kees***Re: T^2 + I = O**,*David C . Ullrich*

**Christmas Tree Number Triangle**,*Leroy Quet***Enumeration:A Game Of Coprimality On A Grid**,*Leroy Quet***Two envelopes and game theory**,*LordBeotian***Re: Two envelopes and game theory**,*Madwia***Re: Two envelopes and game theory**,*Keith A. Lewis***Re: Two envelopes and game theory**,*Terry***Re: Two envelopes and game theory**,*Keith A. Lewis*

**Re: Two envelopes and game theory**,*Kees***Re: Two envelopes and game theory**,*LordBeotian***Re: Two envelopes and game theory**,*Kees***Re: Two envelopes and game theory**,*denis feldmann***Re: Two envelopes and game theory**,*Kees***Re: Two envelopes and game theory**,*David M Einstein***Re: Two envelopes and game theory**,*Kees***Re: Two envelopes and game theory**,*David M Einstein***Re: Two envelopes and game theory**,*Kees***Re: Two envelopes and game theory**,*Wim Benthem***Re: Two envelopes and game theory**,*Kees***Re: Two envelopes and game theory**,*LordBeotian***Re: Two envelopes and game theory**,*Kees***Re: Two envelopes and game theory**,*LordBeotian***Re: Two envelopes and game theory**,*Kees***Re: Two envelopes and game theory**,*LordBeotian***Re: Two envelopes and game theory**,*David Hartley***Re: Two envelopes and game theory**,*LordBeotian***Re: Two envelopes and game theory**,*David Hartley***Re: Two envelopes and game theory**,*LordBeotian***Re: Two envelopes and game theory**,*David Hartley***Re: Two envelopes and game theory**,*quasi***Re: Two envelopes and game theory**,*LordBeotian***Re: Two envelopes and game theory**,*quasi***Re: Two envelopes and game theory**,*Wim Benthem***Re: Two envelopes and game theory**,*quasi***Re: Two envelopes and game theory**,*Wim Benthem***Re: Two envelopes and game theory**,*LordBeotian***Re: Two envelopes and game theory**,*quasi***Re: Two envelopes and game theory**,*LordBeotian***Re: Two envelopes and game theory**,*quasi***Re: Two envelopes and game theory**,*David Hartley***Re: Two envelopes and game theory**,*Kees***Re: Two envelopes and game theory**,*David Hartley***Re: Two envelopes and game theory**,*quasi***Re: Two envelopes and game theory**,*LordBeotian***Re: Two envelopes and game theory**,*quasi***Re: Two envelopes and game theory**,*quasi***Re: Two envelopes and game theory**,*Kees***Re: Two envelopes and game theory**,*quasi***Re: Two envelopes and game theory**,*Kees***Re: Two envelopes and game theory**,*LordBeotian***Re: Two envelopes and game theory**,*Risto Lankinen***Re: Two envelopes and game theory**,*LordBeotian***Re: Two envelopes and game theory**,*quasi***Re: Two envelopes and game theory**,*Kees***Re: Two envelopes and game theory**,*quasi***Re: Two envelopes and game theory**,*Kees***Re: Two envelopes and game theory**,*quasi***Re: Two envelopes and game theory**,*Kees***Re: Two envelopes and game theory**,*quasi***Re: Two envelopes and game theory**,*quasi***Re: Two envelopes and game theory**,*Kees***Re: Two envelopes and game theory**,*quasi***Re: Two envelopes and game theory**,*LordBeotian***Re: Two envelopes and game theory**,*quasi***Re: Two envelopes and game theory**,*quasi***Re: Two envelopes and game theory**,*LordBeotian***Re: Two envelopes and game theory**,*quasi***Re: Two envelopes and game theory**,*quasi***Re: Two envelopes and game theory**,*briggs***Re: Two envelopes and game theory**,*Christian Bau***Re: Two envelopes and game theory**,*quasi***Re: Two envelopes and game theory**,*quasi***Re: Two envelopes and game theory**,*briggs***Re: Two envelopes and game theory**,*quasi***Re: Two envelopes and game theory**,*briggs***Re: Two envelopes and game theory**,*Risto Lankinen**Message not available***Re: Two envelopes and game theory**,*Rob Johnson***Re: Two envelopes and game theory**,*Risto Lankinen***Re: Two envelopes and game theory**,*David Hartley*

*Message not available***Re: Two envelopes and game theory**,*Christian Bau***Re: Two envelopes and game theory**,*quasi**Message not available***Re: Two envelopes and game theory**,*quasi*

*Message not available***Re: Two envelopes and game theory**,*Rob Johnson***Re: Two envelopes and game theory**,*quasi***Re: Two envelopes and game theory**,*LordBeotian***Re: Two envelopes and game theory**,*quasi***Re: Two envelopes and game theory**,*Kees***Re: Two envelopes and game theory**,*Christian Bau**Message not available***Re: Two envelopes and game theory**,*Rob Johnson***Re: Two envelopes and game theory**,*quasi*

**Re: Two envelopes and game theory**,*Wim Benthem***Re: Two envelopes and game theory**,*LordBeotian*

**Re: Two envelopes and game theory**,*LordBeotian***Re: Two envelopes and game theory**,*Kees***Re: Two envelopes and game theory**,*LordBeotian***Re: Two envelopes and game theory**,*Kees***Re: Two envelopes and game theory**,*LordBeotian***Re: Two envelopes and game theory**,*Kees***Re: Two envelopes and game theory**,*LordBeotian***Re: Two envelopes and game theory**,*quasi***Re: Two envelopes and game theory**,*Kees***Re: Two envelopes and game theory**,*quasi***Re: Two envelopes and game theory**,*Kees***Re: Two envelopes and game theory**,*quasi***Re: Two envelopes and game theory**,*Christian Bau***Re: Two envelopes and game theory**,*quasi*

**Re: Two envelopes and game theory**,*bill***Re: Two envelopes and game theory**,*David Hartley*

**Re: Two envelopes and game theory**,*bill***New Thread: Two envelopes and game theory**,*bill***Re: Two envelopes and game theory**,*bill***Re: Two envelopes and game theory**,*quasi**Message not available***Re: Two envelopes and game theory**,*Rob Johnson***Re: Two envelopes and game theory**,*Kees**Message not available***Re: Two envelopes and game theory**,*Rob Johnson*

**Re: Two envelopes and game theory**,*quasi***Re: Two envelopes and game theory**,*LordBeotian*

**Re: The Helsinki Code, Part 3**,*Jesse F. Hughes***Which one is bigger?**,*oercim***Re: Which one is bigger?**,*oercim*

**central forces**,*Tony***Re: central forces**,*Robert Low***Re: central forces**,*William Elliot***Re: central forces**,*Tony***Re: central forces**,*William Elliot*

**Re: central forces-**,*JEMebius*

**Re: Writing a textbook that consolidates all the Adics and getting rid of base dependency; call them Infinite Integers and do they form a Field**,*Gottfried Helms***Re: Writing a textbook that consolidates all the Adics and getting rid of base dependency; call them Infinite Integers and do they form a Field**,*a_plutonium***Re: Writing a textbook that consolidates all the Adics and getting rid of base dependency; call them Infinite Integers and do they form a Field**,*Gottfried Helms**a_plutonium**Gottfried Helms**a_plutonium**Proginoskes**a_plutonium**Proginoskes**Proginoskes*

**Ho! Ho! Ho! Merry Christmas!**,*GarryDenke***Wieferich primes and a wikipedia statement**,*Gottfried Helms***Re: Wieferich primes and a wikipedia statement**,*Chip Eastham***Re: Wieferich primes and a wikipedia statement**,*Chip Eastham***Re: Wieferich primes and a wikipedia statement**,*Gottfried Helms***Re: Wieferich primes and a wikipedia statement**,*Gottfried Helms***Re: Wieferich primes and a wikipedia statement**,*Chip Eastham*

**Re: Wieferich primes and a wikipedia statement**,*Chip Eastham***Re: Wieferich primes and a wikipedia statement**,*Gottfried Helms***Re: Wieferich primes and a wikipedia statement**,*Chip Eastham***Re: Wieferich primes and a wikipedia statement**,*Gottfried Helms***Re: Wieferich primes and a wikipedia statement**,*Gottfried Helms*

**Re: Wieferich primes and a wikipedia statement**,*Gottfried Helms***Re: Wieferich primes and a wikipedia statement**,*Chip Eastham***Re: Wieferich primes and a wikipedia statement**,*Gottfried Helms***Re: Wieferich primes and a wikipedia statement**,*Gottfried Helms*

**how to graph f: R->C , f(x) = sqrt(x)**,*Kobu***Re: how to graph f: R->C , f(x) = sqrt(x)**,*W. Dale Hall***Re: how to graph f: R->C , f(x) = sqrt(x)**,*David Park***Re: how to graph f: R->C , f(x) = sqrt(x)**,*William Elliot***Re: how to graph f: R->C , f(x) = sqrt(x)**,*Narcoleptic Insomniac***Re: how to graph f: R->C , f(x) = sqrt(x)**,*Narcoleptic Insomniac*

**parallel transports and curvature**,*eduardomdiaz***MFLT conjecture**,*Richard Miller***Gamma function**,*Jules***Re: Gamma function**,*Daryl McCullough***Re: Gamma function**,*G. A. Edgar***Re: Gamma function**,*Jannick Asmus***Re: Gamma function**,*rancid moth**Message not available***Re: Gamma function**,*Rob Johnson*

**Tesellating Circles**,*Adam Burley***Re: Tesellating Circles**,*Ian Parker***Re: Tesellating Circles**,*Keith A. Lewis***Re: Tesellating Circles**,*Adam Burley***Re: Tesellating Circles**,*Ian Parker***Re: Tesellating Circles**,*Keith A. Lewis*

**series help**,*Naren***Re: series help**,*mathedman*

**Short undergraduate analysis question**,*trivecteur***Re: Short undergraduate analysis question**,*David C . Ullrich***Re: Short undergraduate analysis question**,*Valeriu Anisiu*

**ONE**,*zuhair***Re: ONE**,*mathedman***Re: ONE**,*zuhair***Re: ONE**,*alan***Re: ONE**,*zuhair***Re: ONE**,*Martin Wanvik***Re: ONE**,*zuhair***Re: ONE**,*alan***Re: ONE**,*zuhair***Re: ONE**,*mskirvin***Re: ONE**,*zuhair***Re: ONE**,*alan***Re: ONE**,*John Thingstad***Re: ONE**,*John Thingstad***Re: ONE**,*zuhair***Re: ONE**,*John Thingstad***Re: ONE**,*alan***Re: ONE**,*zuhair***Re: ONE**,*zuhair***Re: ONE**,*Martin Wanvik***Re: ONE**,*zuhair***Re: ONE**,*Martin Wanvik***Re: ONE**,*zuhair***Re: ONE**,*Martin Wanvik*

**Re: ONE**,*Ken Pledger***Re: ONE**,*mensanator@xxxxxxxxxxx*

**Re: ONE**,*Michael Orion***Re: ONE**,*zuhair*

**Re: ONE**,*abe . buckingham*

**New mathematics/physical sciences positions at http://jobs.phds.org, December 19, 2005**,*PhDs . org Webmaster***Number Of Integer Solutions To Quartic**,*Steve Schooler***Re: Number Of Integer Solutions To Quartic**,*M.J.T. Guy*

**Complex numbers without reference to reals**,*Jim Black***Re: Complex numbers without reference to reals**,*Christopher J. Henrich***Re: Complex numbers without reference to reals**,*Proginoskes***Re: Complex numbers without reference to reals**,*anon1***Re: Complex numbers without reference to reals**,*Proginoskes*

**Re: Complex numbers without reference to reals**,*Robert Low***Re: Complex numbers without reference to reals**,*Proginoskes***Re: Complex numbers without reference to reals**,*Robert Low*

**freedom of science**,*wojtekfialkiewicz***Rook Mathematics**,*Marian Minar***Re: Rook Mathematics**,*Jim Black***Re: Rook Mathematics**,*Marian Minar***Re: Rook Mathematics**,*denis feldmann*

**Re: Rook Mathematics**,*Jim Black***Re: Rook Mathematics**,*Jim Black***Re: Rook Mathematics**,*cbrown***Re: Rook Mathematics**,*Keith Ramsay*

**coupled ODE solution (almost)**,*rancid moth***Re: coupled ODE solution (almost)**,*Robert Israel***Re: coupled ODE solution (almost)**,*[Mr.] Lynn Kurtz***Re: coupled ODE solution (almost)**,*Robert Israel*

**Re: coupled ODE solution (almost)**,*rancid moth*

**multiplication**,*Ron Carmichael***Re: multiplication**,*Ken Pledger*

**Vector space real sequences**,*Albert***? solving max function**,*Cheng Cosine***Re: ? solving max function**,*Proginoskes***Re: ? solving max function**,*Cheng Cosine***Re: ? solving max function**,*Proginoskes*

**Does exponential growth require a constant rate of growth? No!**,*Couttsie***Re: Does exponential growth require a constant rate of growth? No!**,*Rouben Rostamian***Re: Does exponential growth require a constant rate of growth? No!**,*Justin***Re: Does exponential growth require a constant rate of growth? No!**,*David C . Ullrich***Re: Does exponential growth require a constant rate of growth? No!**,*Couttsie***Re: Does exponential growth require a constant rate of growth? No!**,*David C . Ullrich***Re: Does exponential growth require a constant rate of growth? No!**,*Couttsie***Re: Does exponential growth require a constant rate of growth? No!**,*David C . Ullrich*

**orthonormal columns**,*SportsNut***Re: orthonormal columns**,*Paul Sperry***Re: orthonormal columns**,*SportsNut***Re: orthonormal columns**,*Paul Sperry*

**Re: orthonormal columns-**,*JEMebius*

**inner product space**,*SportsNut***Re: inner product space**,*Christian Claiborn***Re: inner product space**,*SportsNut***Re: inner product space**,*Virgil***Re: inner product space**,*Robert Low*

**Re: inner product space**,*Robert Low**Message not available***Re: inner product space**,*Robert Low***Re: inner product space**,*David C. Ullrich***Re: inner product space**,*Robert Low***Re: inner product space**,*[Mr.] Lynn Kurtz***Re: inner product space**,*G. A. Edgar*

**P,L,U, partial pivoting, linear algebra**,*SusanP***Re: P,L,U, partial pivoting, linear algebra**,*Paul Sperry*

**Linearly independent**,*Albert**Message not available***Re: Linearly independent**,*Albert*

**The non-composed and infinitly long ...(please ignore the last 2 versions)**,*DoronShadmi***help proving that limit of piecewise function DNE**,*R. Colacitti***The non-composed and infinitly long (a corrected version)**,*DoronShadmi***The non-composed and infinitely long ...**,*DoronShadmi***Re: The non-composed and infinitely long ...**,*fishfry***Re: Not a 'one of many ...' mathematical element**,*DoronShadmi*

**Newton and the best neighborhood**,*Gary Weselle***Re: Newton and the best neighborhood**,*Chip Eastham*

**domain**,*Anita***Re: domain**,*Robert Israel***Re: domain**,*Mkajuma***Re: domain**,*Robert Israel***Re: domain**,*Mkajuma*

**Re: domain**,*g_casini*

**Dave Touretzky, the net-lifter**,*Peace, decency, truth and friendship***Re: Dave Touretzky, the net-lifter**,*fishfry***Re: Dave Touretzky, the net-lifter**,*martin cohen*

**Re: Dave Touretzky, the net-lifter**,*Rick Decker***Re: Dave Touretzky, the net-lifter**,*Barbara Schwarz***Re: Dave Touretzky, the net-lifter**,*Rick Decker***Re: Dave Touretzky, the net-lifter**,*nospam***Re: Dave Touretzky, the net-lifter**,*Phil Carmody***Re: Dave Touretzky, the net-lifter**,*nospam***Re: Dave Touretzky, the net-lifter**,*Barbara Schwarz***Re: Dave Touretzky, the net-lifter**,*Phil Carmody*

**Re: Dave Touretzky, the net-lifter**,*Phil Carmody*

**A first-order PDE**,*Stephen J. Herschkorn***Re: A first-order PDE**,*Robert Low***Re: A first-order PDE**,*Raymond Manzoni*

**Completeness of C_o(X)**,*Tommi Höynälänmaa***Re: Completeness of C_o(X)**,*Robert Israel*

**Singleton codomain -- how to write**,*Soren Kuula***Re: Singleton codomain -- how to write**,*fishfry***Re: Singleton codomain -- how to write**,*quasi***Re: Singleton codomain -- how to write**,*Soren Kuula***Re: Singleton codomain -- how to write**,*quasi***Re: Singleton codomain -- how to write**,*Marc Olschok*

**L^1(R) problem**,*g . luperini***Re: L^1(R) problem**,*Julien Santini***Re: L^1(R) problem**,*Julien Santini***Re: L^1(R) problem**,*Robert Low*

**convergence question**,*asdf***Re: convergence question**,*Joseph***an***Re: convergence question**,*asdf***Re: convergence question**,*David C . Ullrich*

**Re: convergence question**,*David C . Ullrich*

**Re: $10 000 prise the new conjecture**,*mensanator@xxxxxxxxxxx***Re: $10 000 prise the new conjecture**,*john_ramsden*

**sort of difference equation**,*JeeBee***Re: sort of difference equation**,*William Elliot***Re: sort of difference equation**,*JeeBee***Re: sort of difference equation**,*Jim Black***Re: sort of difference equation**,*Virgil***number of different grid networks**,*JeeBee*

**Algebraic over field**,*Tanja***Re: Algebraic over field**,*mskirvin***Re: Algebraic over field**,*Tanja*

**Re: Algebraic over field**,*William Elliot***Re: Algebraic over field**,*Tanja***Re: Algebraic over field**,*Jannick Asmus***Re: Algebraic over field**,*William Elliot***Re: Algebraic over field**,*Jannick Asmus***Re: Algebraic over field**,*William Elliot***Re: Algebraic over field**,*Bill Dubuque***Re: Algebraic over field**,*Jannick Asmus*

**Show that Z_m^* is group**,*Tanja**Message not available***Re: Show that Z_m^* is group**,*Rob Johnson***Re: Show that Z_m^* is group**,*Tanja*

**Re: Show that Z_m^* is group**,*Bill Dubuque*

**Ring of polynomial**,*Tanja***Re: Ring of polynomial**,*mskirvin***Re: Ring of polynomial**,*Tanja*

**Find a Ring**,*Tanja***Re: Find a Ring**,*Arturo Magidin***Re: Find a Ring**,*mskirvin***Re: Find a Ring**,*Tanja*

**Logic question**,*Peter Fairbrother***Re: Logic question**,*Peter Webb***Re: Logic question**,*Peter Fairbrother*

**Re: Logic question**,*William Elliot***Re: Logic question**,*Peter Fairbrother***Re: Logic question**,*William Elliot**Message not available***Re: Logic question**,*Rob Johnson***Re: Logic question**,*Peter Fairbrother**Message not available***Re: Logic question**,*Rob Johnson***Re: Logic question**,*Torkel Franzen***Re: Logic question**,*Robert J. Kolker***Re: Logic question**,*Torkel Franzen***Re: Logic question**,*Jesse F. Hughes***Re: Logic question**,*Peter Fairbrother***Re: Logic question**,*Torkel Franzen***Re: Logic question**,*Peter Fairbrother***Re: Logic question**,*Peter Fairbrother***Re: Logic question**,*Torkel Franzen*

**Re: Logic question**,*Jannick Asmus***Re: Logic question**,*Jannick Asmus***Re: Logic question**,*William Elliot***Re: Logic question**,*Jannick Asmus***Re: Logic question**,*William Elliot*

**Re: Logic question**,*José Carlos Santos***Re: Logic question**,*Peter Fairbrother*

*Message not available***Re: Logic question**,*Rob Johnson***Re: Logic question**,*Peter Fairbrother**Message not available***Re: Logic question**,*Rob Johnson***Re: Logic question**,*Peter Fairbrother**Message not available***Re: Logic question**,*Rob Johnson***Re: Logic question**,*Dave Seaman***Re: Logic question**,*Peter Fairbrother***Re: Logic question**,*Jesse F. Hughes***Re: Logic question**,*Dave Seaman***Re: Logic question**,*Peter Fairbrother***Re: Logic question**,*Dave Seaman**Message not available***Re: Logic question**,*Rob Johnson*

**Re: Logic question**,*Robert J. Kolker***Re: Logic question**,*Peter Fairbrother*

**Re: Logic question**,*smn***Re: Logic question**,*Peter Fairbrother***Re: Logic question**,*Peter Fairbrother***Re: Logic question**,*Jesse F. Hughes***Re: Logic question**,*Peter Fairbrother***Re: Logic question**,*smn***Re: Logic question**,*smn***Re: Logic question**,*Keith Ramsay***Re: Logic question**,*Peter Fairbrother***Re: Logic question**,*Peter Fairbrother***Re: Logic question**,*Torkel Franzen***Re: Logic question**,*Dave Seaman***Re: Logic question**,*Keith Ramsay***Re: Logic question**,*Lee Rudolph*

**Re: Logic question**,*Daniel W. Johnson***Re: Logic question**,*Toni Lassila***Re: Logic question**,*Dave Seaman*

**Re: Logic question**,*Ryan Reich***Re: Logic question**,*Robert J. Kolker***Re: Logic question**,*Ryan Reich*

**Re: Logic question**,*Peter Fairbrother***Re: Logic question**,*Ryan Reich***Re: Logic question**,*Daniel W. Johnson***Re: Logic question**,*Peter Fairbrother***Re: Logic question**,*Daniel W. Johnson***Re: Logic question**,*smn**Message not available***Re: Logic question**,*Rob Johnson*

**Re: Logic question**,*Norm Dresner***Re: Logic question**,*david petry***Re: Logic question**,*Peter Fairbrother*

**Re: Logic question**,*Dan Christensen***Re: Logic question**,*Red*

**is it true? plz help**,*VijaKhara***Re: is it true? plz help**,*William Elliot***Re: is it true? plz help**,*Robert Low***Re: is it true? plz help**,*William Elliot***Re: is it true? plz help**,*Robert Low***Re: is it true? plz help**,*William Elliot*

**Re: is it true? plz help**,*quasi***Re: is it true? plz help**,*Robert Low***Re: is it true? plz help**,*Shmuel (Seymour J.) Metz*

**Re: inverse and derivative of a function**,*Virgil***Re: inverse and derivative of a function**,*Solbek*- <Possible follow-ups>
**Re: inverse and derivative of a function**,*Narasimham***Re: inverse and derivative of a function**,*Narasimham***Re: inverse and derivative of a function**,*Robert Israel***Re: inverse and derivative of a function**,*alainverghote***Re: inverse and derivative of a function**,*Narasimham***Re: inverse and derivative of a function**,*Robert Low***Re: inverse and derivative of a function**,*Narasimham*

**Number theory**,*sudhanva***Re: Number theory**,*Joshua Zelinsky***Re: Number theory**,*Robert Israel*

**Re: Number theory**,*Virgil***Re: Number theory**,*Randall*- <Possible follow-ups>
**number theory**,*kcenac@xxxxxxxxxxxx***Re: number theory**,*mathman***Re: number theory**,*Dr Tim***Re: number theory**,*kcenac@xxxxxxxxxxxx***Re: number theory**,*Big Z***Re: number theory**,*Rufus . Zee***Re: number theory**,*Big Z***Re: number theory**,*Dr Tim***Re: number theory**,*Big Z*

**Re: number theory**,*quasi***Re: number theory**,*kcenac@xxxxxxxxxxxx*

**Quotient Rings**,*Zack123***Re: Quotient Rings**,*William Elliot***Re: Quotient Rings**,*quasi***Re: Quotient Rings**,*Bill Dubuque*

**Re: Quotient Rings**,*mskirvin***Re: Quotient Rings**,*Dave Rusin***Re: Quotient Rings**,*Bill Dubuque*

**Mathmatical expression for graph?**,*Russ***Re: Mathmatical expression for graph?**,*Proginoskes***Re: Mathmatical expression for graph?**,*mensanator@xxxxxxxxxxx*

**The Local and the Non-local**,*DoronShadmi***A Segment's Edge and a Point**,*DoronShadmi*

**solving quadratic congruences**,*Christian***Re: solving quadratic congruences**,*Don Reble***Re: solving quadratic congruences**,*Christian*

**Points on elliptic curves**,*foaud167***Re: Points on elliptic curves**,*Jyrki Lahtonen***Re: Points on elliptic curves**,*foaud167*

**Simple question on permutations**,*hujin***Re: Simple question on permutations**,*Marc Olschok*

**composition of transformation**,*vsgdp***Re: composition of transformation**,*Robert Low***Re: composition of transformation**,*Ryan Reich*

**Re: how to factor a^n - b^n**,*gaya . patel***Re: how to factor a^n - b^n**,*Virgil*

**why are some limit laws only valid for "n is a positive integer"?**,*gaya . patel***Re: why are some limit laws only valid for "n is a positive integer"?**,*[Mr.] Lynn Kurtz***Re: why are some limit laws only valid for "n is a positive integer"?**,*gaya . patel**Message not available***Re: why are some limit laws only valid for "n is a positive integer"?**,*Herman Rubin*

**Re: why are some limit laws only valid for "n is a positive integer"?**,*Proginoskes*

**Representation of analytic functions**,*Julien Santini***Re: Representation of analytic functions**,*smn***Re: Representation of analytic functions**,*David C . Ullrich***Re: Representation of analytic functions**,*Igor Khavkine***Re: Representation of analytic functions**,*conesetter***Re: Representation of analytic functions**,*Igor Khavkine***Re: Representation of analytic functions**,*Paul Abbott*

**Re: Representation of analytic functions**,*Narcoleptic Insomniac***Re: Representation of analytic functions**,*Hero***Re: Representation of analytic functions**,*Lee Rudolph***Re: Representation of analytic functions**,*Igor Khavkine***Re: Representation of analytic functions**,*Lee Rudolph***Re: Representation of analytic functions**,*James Dolan***Re: Representation of analytic functions**,*Rufus . Zee*

**inverse squared type curve**,*Narasimham***Re: inverse squared type curve**,*TCL***Re: inverse squared type curve**,*Narasimham*

**order of magnitute**,*oercim***Re: order of magnitute**,*oercim***Re: order of magnitute**,*karl***Re: order of magnitute**,*oercim***Re: order of magnitute**,*oercim*

**Re: order of magnitute**,*Chip Eastham***Re: order of magnitute**,*oercim**Message not available***Re: order of magnitute**,*oercim***Re: order of magnitute**,*Chip Eastham***Re: order of magnitute**,*oercim***Re: order of magnitute**,*Chip Eastham***Re: order of magnitute**,*oercim***Re: order of magnitute**,*oercim*

**Line circle intersection in 2D**,*Peter S.***Particle physics refutes intelligent design**,*Dr Tim***Re: I think we don't need the 0 !!!**,*Jim Heckman*- <Possible follow-ups>
**Re: I think we don't need the 0 !!!**,*john_ramsden*

**Re: Jacubian problem in 2D solved**,*L . Andrew Campbell***Hyper-reals and Cantor's Diagaonal Proof**,*Math1723***Re: Hyper-reals and Cantor's Diagaonal Proof**,*Jonathan Hoyle*

**Re: 3 equations and 3 unknown, how to solve it?**,*Dave Rusin***Monadic-Mathematics (a corrected post)**,*DoronShadmi***Re: Monadic-Mathematics (a corrected post)**,*G . Frege***Re: Monadic-Mathematics (a corrected post)**,*DoronShadmi***Re: Monadic-Mathematics (a corrected post)**,*mskirvin***Re: Monadic-Mathematics (a corrected post)**,*G . Frege***Re: Monadic-Mathematics (a corrected post)**,*DoronShadmi***Re: Monadic-Mathematics (a corrected post)**,*G . Frege***Re: Monadic-Mathematics (a corrected post)**,*DoronShadmi***Re: Monadic-Mathematics (a corrected post)**,*DoronShadmi*

**Probability problem.**,*George***Re: Probability problem.**,*Stephen J. Herschkorn***Re: Probability problem.**,*Michael Harrington***Re: Probability problem.**,*quasi*

**Re: Probability problem.**,*Stephen J. Herschkorn***Re: Probability problem.**,*Stephen J. Herschkorn**Message not available***Re: Probability problem.**,*Rob Johnson***Re: Probability problem.**,*Robert Israel***Re: Probability problem.**,*Stephen J. Herschkorn***Re: Probability problem.**,*Stephen J. Herschkorn**Message not available***Re: Probability problem.**,*Rob Johnson***Re: Probability problem.**,*Stephen J. Herschkorn***Re: Probability problem.**,*Rob Johnson***Re: Probability problem.**,*Stephen J. Herschkorn*

**Re: Probability problem.**,*bill**Message not available***Re: Probability problem.**,*bill*

**Re: Probability problem.**,*The Qurqirish Dragon*

**Zuhair's Circles**,*zuhair***Re: Zuhair's Circles**,*Kees***Re: Zuhair's Circles**,*zuhair***Re: Zuhair's Circles**,*Kees*

**Re: Zuhair's Circles**,*Someonekicked***Re: Zuhair's Circles**,*Someonekicked***Re: Zuhair's Circles**,*Kees***Re: Zuhair's Circles**,*zuhair***Re: Zuhair's Circles**,*Ross A. Finlayson*

**Re: Zuhair's Circles**,*Someonekicked***Re: Zuhair's Circles**,*Kees***Re: Zuhair's Circles**,*David R Tribble***Re: Zuhair's Circles**,*G . Frege***Re: Zuhair's Circles**,*zuhair*

**Re: Zuhair's Circles**,*DoronShadmi***Re: Zuhair's Circles**,*zuhair***Re: Zuhair's Circles**,*DoronShadmi*

- <Possible follow-ups>
**Re: Zuhair's circles**,*zuhair***Re: Zuhair's Circles**,*zuhair***Re: Zuhair's Circles**,*DoronShadmi***Re: Zuhair's Circles**,*zuhair***Re: Zuhair's Circles**,*DoronShadmi***Re: Zuhair's Circles (please ignore my previous post)**,*DoronShadmi*

**Re: Zuhair's Circles**,*zuhair***Re: Zuhair's Circles**,*DoronShadmi***Re: Zuhair's Circles**,*zuhair***Re: Zuhair's Circles**,*DoronShadmi***Re: Zuhair's Circles**,*zuhair***Re: Zuhair's Circles**,*Kees***Re: Zuhair's Circles**,*DoronShadmi***Re: Zuhair's Circles**,*zuhair***Re: Zuhair's Circles**,*DoronShadmi***Re: Zuhair's Circles**,*zuhair***Re: Zuhair's Circles**,*DoronShadmi*

**Context Free Grammar: #a = #b + 1**,*HaveFun***Re: Context Free Grammar: #a = #b + 1**,*Helmut Richter*

**A point and a line in 3D space**,*bumbala***Re: A point and a line in 3D space**,*[Mr.] Lynn Kurtz***Re: A point and a line in 3D space**,*[Mr.] Lynn Kurtz*

**Re: A point and a line in 3D space**,*Randy Poe***Re: A point and a line in 3D space**,*Randy Poe***Re: A point and a line in 3D space**,*bumbala***Re: A point and a line in 3D space**,*Randy Poe***Re: A point and a line in 3D space**,*bumbala***Re: A point and a line in 3D space**,*Randy Poe***Re: A point and a line in 3D space**,*Philippe 92*

**Re: A point and a line in 3D space**,*The World Wide Wade***Re: A point and a line in 3D space**,*bumbala*

**Monadic-Mathematics**,*DoronShadmi***Re: Monadic-Mathematics**,*Kees***Re: Monadic-Mathematics**,*DoronShadmi*

**Re: Monadic-Mathematics**,*Chip Eastham***Re: Monadic-Mathematics**,*DoronShadmi*

**Klein Bottle question**,*Tony***Re: Klein Bottle question**,*AmmonRa***Re: Klein Bottle question**,*W. Dale Hall***Re: Klein Bottle question**,*Lee Rudolph*

**Transversality, Embedded Submanifolds question**,*Laura Rossi***Re: Radical Expression For cos(2*pi/23)**,*M.A.Fajjal***bessel functions of complex order and complex argument**,*Jon Allin***cosh**,*(-Peter-)***PC exicutable of Ocatve?**,*Scott Kelley***Re: PC exicutable of Ocatve?**,*Mike Kent*

**Banach space whose dual is c_0**,*Tommi Höynälänmaa***Re: Banach space whose dual is c_0**,*G. A. Edgar***Re: Banach space whose dual is c_0**,*David C . Ullrich*

**Re: Banach space whose dual is c_0**,*Valeriu Anisiu***Re: Banach space whose dual is c_0**,*David C . Ullrich*

**Re: Banach space whose dual is c_0**,*David C . Ullrich***Re: Banach space whose dual is c_0**,*Valeriu Anisiu***Re: Banach space whose dual is c_0**,*David C . Ullrich*

**Re: Banach space whose dual is c_0**,*smn***Re: Banach space whose dual is c_0**,*David C . Ullrich*

**Golay Codig**,*DerrickLohWC***Re: NO1 SEXセット！**,*Proginoskes***are differential geometry and topology useful?**,*comtech***Intro to Analysis by William Wade - opinions?**,*deniz . bahar***Free abelian groups, simplicial homology**,*Laura Rossi***Re: Free abelian groups, simplicial homology**,*W. Dale Hall*

**maple multiplication problem**,*Jonas***Re: maple multiplication problem**,*quasi***Re: maple multiplication problem**,*Robert Israel*

**Limit points**,*Albert***Re: Limit points**,*Albert***Re: Limit points**,*lataianu bogdan*

**Re: Limit points**,*lataianu bogdan***Re: Limit points**,*[Mr.] Lynn Kurtz***Re: Limit points**,*Narcoleptic Insomniac*

**Arzela Ascoli**,*George Vivaldi***Re: Arzela Ascoli**,*smn***Re: Arzela Ascoli**,*David C . Ullrich*

**Cantor's paradise of fools**,*david petry***Re: Cantor's paradise of fools**,*alan***Re: Cantor's paradise of fools**,*Gottfried Helms***Re: Cantor's paradise of fools**,*david petry*

**Re: Cantor's paradise of fools**,*Larry Lard***Re: Cantor's paradise of fools**,*Randy Poe*

**Re: Cantor's paradise of fools**,*daz***Re: Cantor's paradise of fools**,*david petry***Re: Cantor's paradise of fools**,*Ross A. Finlayson***Re: Cantor's paradise of fools**,*Ross A. Finlayson*

**Poisson process**,*Wing***Re: Poisson process**,*Herman Rubin***Re: Poisson process**,*Stephen J. Herschkorn*

**connected sets, closure question**,*SusanP***Re: connected sets, closure question**,*smn***Re: connected sets, closure question**,*lataianu bogdan***Re: connected sets, closure question**,*SusanP***Re: connected sets, closure question**,*SusanP***Re: connected sets, closure question**,*lataianu bogdan***Re: connected sets, closure question**,*lataianu bogdan*

**Re: connected sets, closure question**,*William Elliot*

**two similar probability questions?**,*yuanhp_china***Re: two similar probability questions?**,*Meker John***Re: two similar probability questions?**,*Stephen J. Herschkorn**Message not available***Re: two similar probability questions?**,*yuanhp_china***Re: two similar probability questions?**,*Stephen J. Herschkorn*

**Well-ordered subsets of Q**,*dwwdkddb***Re: Well-ordered subsets of Q**,*Arturo Magidin***Re: Well-ordered subsets of Q**,*dwwdkddb***Re: Well-ordered subsets of Q**,*Arturo Magidin***Re: Well-ordered subsets of Q**,*dwwdkddb***Re: Well-ordered subsets of Q**,*Arturo Magidin***Re: Well-ordered subsets of Q**,*dwwdkddb***Re: Well-ordered subsets of Q**,*magidin@xxxxxxxxxxxxxxxxx*

**Re: Well-ordered subsets of Q**,*Jules***Re: Well-ordered subsets of Q**,*G. A. Edgar***Re: Well-ordered subsets of Q**,*David Hartley***Re: Well-ordered subsets of Q**,*G. A. Edgar***Re: Well-ordered subsets of Q**,*David Hartley***Re: Well-ordered subsets of Q**,*David C . Ullrich***Re: Well-ordered subsets of Q**,*David C . Ullrich*

**Re: Well-ordered subsets of Q**,*dwwdkddb*

**Re: Well-ordered subsets of Q**,*Herman Rubin*

**Quantum Pi**,*magicvsmagick***Re: Quantum Pi**,*Jules***Re: Quantum Pi**,*Philippe 92***Re: Quantum Pi**,*David R Tribble*

**Re: Quantum Pi**,*magicvsmagick***Re: Quantum Pi**,*Kees*

**Re: Quantum Pi**,*Martin Wanvik***Re: Quantum Pi**,*Robert J. Kolker***Re: Quantum Pi**,*Philippe 92*

**Re: Quantum Pi**,*Shmuel (Seymour J.) Metz***Re: Quantum Pi**,*Heid The Baw*

**Set of Cauchy sequences (2)**,*Michael Stemper***Re: Set of Cauchy sequences (2)**,*Dave Seaman*

**x^(2/4) = x^(1/2) ... don't think so!**,*Kenneth Bull***Re: x^(2/4) = x^(1/2) ... don't think so!**,*G. A. Edgar***Re: x^(2/4) = x^(1/2) ... don't think so!**,*Robert Israel***Re: x^(2/4) = x^(1/2) ... don't think so!**,*Kenneth Bull***Re: x^(2/4) = x^(1/2) ... don't think so!**,*David C . Ullrich*

**Re: x^(2/4) = x^(1/2) --- don't think so!-**,*JEMebius*

**f(x)=x**,*Earl Purple***Re: f(x)=x**,*Arturo Magidin***Re: f(x)=x**,*alainverghote*

**Locality and non-locality as fundamental properties**,*DoronShadmi***Fredholm alternative theorem....**,*Harry901.tw***Re: Fredholm alternative theorem....**,*Robert Israel*

**Curve in plane, interior and tangents question**,*Sarah B.***Re: Curve in plane, interior and tangents question**,*José Carlos Santos***Re: Curve in plane, interior and tangents question**,*Lee Rudolph***Re: Curve in plane, interior and tangents question**,*José Carlos Santos***Re: Curve in plane, interior and tangents question**,*David C . Ullrich*

**Transversal intersections question.**,*James***Re: Transversal intersections question.**,*Lee Rudolph*

**Set of Cauchy sequences (1)**,*Michael Stemper***Re: Set of Cauchy sequences (1)**,*Dave Seaman***Re: Set of Cauchy sequences (1)**,*Michael Stemper*

**Re: Set of Cauchy sequences (1)**,*David C . Ullrich***Re: Set of Cauchy sequences (1)**,*Michael Stemper*

**Re: Set of Cauchy sequences (1)**,*Peter Allen*

**solved exercises**,*claudia . giardi***Re: solved exercises**,*Robert J. Kolker***Re: solved exercises**,*claudia . giardi***Re: solved exercises**,*Robert Low*

**Levy and Goldbach**,*conradeaton***Re: Levy and Goldbach**,*luiroto***Re: Levy and Goldbach**,*philippe*

**Re: Levy and Goldbach**,*Robert Israel*

**infinite sum**,*alan***Re: infinite sum**,*Gottfried Helms***Re: infinite sum**,*alan***Re: infinite sum**,*Robert Israel*

**? similar but more than linear programming**,*Cheng Cosine***Re: ? similar but more than linear programming**,*Erwin Kalvelagen*

**Re: Since when have geeks concerned themselves with the layman ?**,*Darko Aleksic***Question about exponent type things**,*potnisanish***Paths in two dimensional lattices**,*brogers***Re: Paths in two dimensional lattices**,*Jules***Re: Paths in two dimensional lattices**,*Gerry Myerson***Re: Paths in two dimensional lattices**,*Larry Lard***Re: Paths in two dimensional lattices**,*brogers***Re: Paths in two dimensional lattices**,*Paul Abbott*

**Iterative pseudoinverse method**,*Ken Honda***Re: Iterative pseudoinverse method**,*Robert Israel***Re: Iterative pseudoinverse method**,*Brian Borchers*

**differentiability on closed interval [a,b]**,*gaya . patel***Re: differentiability on closed interval [a,b]**,*Dave L. Renfro***Re: differentiability on closed interval [a,b]**,*Luke Wu*

**Isometric deformations of the two sphere? Seems nonintuitive to me**,*inquirydog***HELP WITH CONDITIONAL PROBABILITY**,*contactintermagix***Re: HELP WITH CONDITIONAL PROBABILITY**,*Robert Israel*

**sum inverse prime**,*jj***Re: sum inverse prime**,*Rick Decker***Re: sum inverse prime**,*Gerry Myerson*

**Can someone please help me solve this "work" problem?**,*Jerry***about Rudin**,*claudia . giardi***Re: about Rudin**,*A N Niel***Re: about Rudin**,*Robert J. Kolker***Re: about Rudin**,*David C . Ullrich***Re: about Rudin**,*Bart Goddard***Re: about Rudin**,*Robert J. Kolker***Re: about Rudin**,*A N Niel***Re: about Rudin**,*sengal . kiru***Re: about Rudin**,*David C . Ullrich***Re: about Rudin**,*Robert Low***Re: about Rudin**,*Russell***Re: about Rudin**,*David C . Ullrich***Re: about Rudin**,*Ronald Bruck***Re: about Rudin**,*David C . Ullrich***Re: about Rudin**,*Robert Low***Re: about Rudin**,*sengal . kiru***Re: about Rudin**,*David C . Ullrich***Re: about Rudin**,*Robert Low***Re: about Rudin**,*Shmuel (Seymour J.) Metz***Re: about Rudin**,*abe . buckingham***Re: about Rudin**,*Dave L. Renfro*

**Re: about Rudin**,*Karl M. Bunday***Re: about Rudin**,*David Ames*

**re:Proof for reals requires proof for integers first?**,*William McWorter***I found Pi**,*magicvsmagick***Re: I found Pi**,*Someonekicked***Re: I found Pi**,*alan***Re: I found Pi**,*Randy Poe***Re: I found Pi**,*magicvsmagick***Re: I found Pi**,*Randy Poe***Re: I found Pi**,*magicvsmagick***Re: I found Pi**,*Randy Poe***Re: I found Pi**,*magicvsmagick***Re: I found Pi**,*Randy Poe***Re: I found Pi**,*magicvsmagick**Message not available***Re: I found Pi**,*magicvsmagick***Re: I found Pi**,*Randy Poe***Re: I found Pi**,*Michael Orion***Re: I found Pi**,*Randy Poe***Re: I found Pi**,*Dement***Re: I found Pi**,*Ken Pledger***Re: I found Pi**,*magicvsmagick***Re: I found Pi**,*Randy Poe***Re: I found Pi**,*alan***Re: I found Pi**,*magicvsmagick***Re: I found Pi**,*magicvsmagick***Re: I found Pi**,*Philippe 92***Re: I found Pi**,*Alex Hunsley**Message not available***Re: I found Pi**,*Philippe 92**Message not available**Message not available***Re: I found Pi**,*Christian Claiborn***Re: I found Pi**,*Proginoskes**Message not available***Re: I found Pi**,*Gib Bogle***Re: I found Pi**,*Alex Hunsley***Re: I found Pi**,*Philippe 92***Re: I found Pi**,*Keith A. Lewis***Re: I found Pi**,*Philippe 92***Re: I found Pi**,*Ken Pledger*

**Re: I found Pi**,*Robert Low***Re: I found Pi**,*Andy Spragg*

**Re: I found Pi**,*Keith A. Lewis***Re: I found Pi**,*alan***Re: I found Pi**,*alan***Re: I found Pi**,*Andy Spragg*

**Discrete event simulation & AVL Tree**,*Ghislain***Re: Discrete event simulation & AVL Tree**,*Keith A. Lewis*

**The Truth**,*zuhair***Re: The Truth**,*Felix Rawlings***Re: The Truth**,*zuhair***Re: The Truth**,*Kees***Re: The Truth**,*Han de Bruijn***Re: The Truth**,*zuhair***Re: The Truth**,*Han de Bruijn***Re: The Truth**,*zuhair***Re: The Truth**,*Han de Bruijn***Re: The Truth**,*zuhair***Re: The Truth**,*zuhair***Re: The Truth**,*Kees***Re: The Truth**,*William Hughes***Re: The Truth**,*zuhair***Re: The Truth**,*Geevarghese Philip***Re: The Truth**,*zuhair***Re: The Truth**,*zuhair***Re: The Truth**,*David R Tribble***Re: The Truth**,*zuhair***Re: The Truth**,*David R Tribble***Re: The Truth**,*zuhair***Re: The Truth**,*Han . deBruijn***Re: The Truth**,*zuhair***Re: The Truth**,*Han . deBruijn***Re: The Truth**,*zuhair***Re: The Truth**,*Han . deBruijn***Re: The Truth**,*zuhair***Re: The Truth**,*Geevarghese Philip***Re: The Truth**,*zuhair***Re: The Truth**,*Geevarghese Philip***Re: The Truth**,*Kees***Re: The Truth**,*zuhair***Re: The Truth**,*zuhair***Re: The Truth**,*Kees***Re: The Truth**,*zuhair***Re: The Truth**,*zuhair***Re: The Truth**,*Kees***Re: The Truth**,*Kees***Re: The Truth**,*Kees***Re: The Truth**,*Rendall Wojtas***Re: The Truth**,*zuhair***Re: The Truth**,*Rendall Wojtas***Re: The Truth**,*zuhair***Re: The Truth**,*Rendall Wojtas*

**Re: The Truth**,*Someonekicked***Re: The Truth**,*DoronShadmi*- <Possible follow-ups>
**Re: The Truth**,*zuhair***Re: The Truth**,*Kees***Re: The Truth**,*David R Tribble***Re: The Truth**,*zuhair***Re: The Truth**,*David R Tribble*

**Re: The Truth**,*zuhair***Re: The Truth**,*Kees***Re: The Truth**,*zuhair***Re: The Truth**,*Kees***Re: The Truth**,*zuhair***Re: The Truth**,*Kees*

**Re: The Truth**,*zuhair***Re: The Truth**,*Rendall Wojtas***Re: The Truth**,*zuhair***Re: The Truth**,*Rendall Wojtas***Re: The Truth**,*Rendall Wojtas***Re: The Truth**,*zuhair***Re: The Truth**,*Rendall Wojtas*

**Re: The Truth**,*zuhair***Re: The Truth**,*Rendall Wojtas*

**Re: The Truth**,*zuhair***Re: The Truth**,*Rendall Wojtas***Re: The Truth**,*zuhair*

**Re: The Truth**,*zuhair***Re: The Truth**,*I.N. Galidakis***Re: The Truth**,*David R Tribble*

**Re: The Truth**,*zuhair*

**question about why a proof of compactness is wrong**,*SusanP***Re: question about why a proof of compactness is wrong**,*Arturo Magidin***Re: question about why a proof of compactness is wrong**,*Mike Terry**Message not available***Re: question about why a proof of compactness is wrong**,*David C . Ullrich***Re: question about why a proof of compactness is wrong**,*david petry*

**a min-max problem.**,*gilevgi***Re: a min-max problem.**,*Robert Israel***example**,*gilevgi***Re: example**,*[Mr.] Lynn Kurtz***Re: example**,*gilevgi***Re: example**,*Robert Israel*

**11^3 = 6.2^3.3^3 + 2^3 + 3^3 so what ?**,*richard miller***hint**,*richard miller*

**Can anyone solve this?**,*nanjoutai***Re: Can anyone solve this?**,*Randy Poe***Re: Can anyone solve this?**,*nanjoutai***Re: Can anyone solve this?**,*Randy Poe*

**Re: Can anyone solve this?**,*Robert Israel*

**solve differential eqution in mathcad**,*(-Peter-)***Strategical approach of a PhD-student in math**,*Jose Capco***Re: Strategical approach of a PhD-student in math**,*Arturo Magidin***Re: Strategical approach of a PhD-student in math**,*David Ames***Re: Strategical approach of a PhD-student in math**,*Jose Capco***Re: Strategical approach of a PhD-student in math**,*Dave L. Renfro*

**Re: Strategical approach of a PhD-student in math**,*Shmuel (Seymour J.) Metz*

**Re: Strategical approach of a PhD-student in math**,*Dave L. Renfro***Re: Strategical approach of a PhD-student in math**,*Jose Capco***Re: Strategical approach of a PhD-student in math**,*Marc Olschok*

**Re: Strategical approach of a PhD-student in math**,*Dave***Re: Strategical approach of a PhD-student in math**,*dwwdkddb***Re: Strategical approach of a PhD-student in math**,*Peter Allen*

**Coefficient in Laurent series**,*Han de Bruijn***Re: Coefficient in Laurent series**,*David M Einstein***Re: Coefficient in Laurent series**,*The World Wide Wade***Re: Coefficient in Laurent series**,*Han de Bruijn***Re: Coefficient in Laurent series**,*The World Wide Wade*

**Number of trees, Graphs theory**,*Asikhit Pshenavan***Strongly connected components of hypergraph**,*Standa K.***solve this problem**,*narasimha_murthy_h***Re: solve this problem**,*Robert Low***Re: solve this problem**,*Me***Re: solve this problem**,*Narcoleptic Insomniac***Re: solve this problem**,*Robert Israel***Re: solve this problem**,*Narasimham*

**Group Homomorphism**,*Tanja***Re: Group Homomorphism**,*José Carlos Santos***Re: Group Homomorphism**,*Tanja***Re: Group Homomorphism**,*José Carlos Santos***Re: Group Homomorphism**,*Tanja***Re: Group Homomorphism**,**Re: Group Homomorphism**,*José Carlos Santos*

**Associated sheaf puzzle**,*Jose Capco***Re: Associated sheaf puzzle**,*Lukas Horosiewicz***Re: Associated sheaf puzzle**,*Jannick Asmus***Re: Associated sheaf puzzle**,*Jose Capco***Re: Associated sheaf puzzle**,*Jannick Asmus***Re: Associated sheaf puzzle**,*Jose Capco***Re: Associated sheaf puzzle**,*Jannick Asmus*

**Re: Associated sheaf puzzle**,*Jose Capco*

**Hilbert transform**,*N. Karjanto***Re: Hilbert transform**,*David C . Ullrich***Re: Hilbert transform**,*N. Karjanto***Re: Hilbert transform**,*David C . Ullrich*

**Complex measures and variation**,*Ahpla***Re: Complex measures and variation**,*David C . Ullrich***Re: Complex measures and variation**,*eduardomdiaz*

**complete category**,*No One***Re: complete category**,*Lukas Horosiewicz***Re: complete category**,*Marc Olschok***Re: complete category**,*No One***Re: complete category**,*Marc Olschok***Re: complete category**,*No One***Re: complete category**,*Kees***Re: complete category**,*Marc Olschok*

**nonlinear coupled PDE's**,*rancid moth***problem in ecm**,*bachimanchi***limit of a limit**,*gaya . patel***Re: limit of a limit**,*Rob Johnson***Re: limit of a limit**,*gaya . patel***Re: limit of a limit**,*G.E. Ivey**Message not available***Re: limit of a limit**,*Rob Johnson***Re: limit of a limit**,*Robert Israel***Re: limit of a limit**,*gaya . patel***Re: limit of a limit**,*Rob Johnson***Re: limit of a limit**,*gaya . patel*

**Re: limit of a limit**,*William Elliot***Re: limit of a limit**,*The World Wide Wade*

**Re: limit of a limit**,*David C . Ullrich*

**squareroots in gf(2^m)**,*foaud167***Re: squareroots in gf(2^m)-**,*JEMebius*

**To determine the convergence and divergence**,*bottomline***Re: To determine the convergence and divergence**,*Someonekicked***Re: To determine the convergence and divergence**,*bottomline*

**limit of an equation**,*Mike***Re: limit of an equation**,*W. Dale Hall***Re: limit of an equation**,*Mike***Re: limit of an equation**,*LC Killingbeck*

**Re: limit of an equation**,*Bill Dubuque*

**Re: limit of an equation**,*William Elliot***Re: limit of an equation**,*Mike*

**Re: limit of an equation**,*Zdislav V. Kovarik***Re: limit of an equation**,*alan***Re: limit of an equation**,*Mike*

**Re: limit of an equation**,*Carl Parkes*

**identification topology. homeomorphism?**,*Bob***Re: identification topology. homeomorphism?**,*Jannick Asmus***Re: identification topology. homeomorphism?**,*Martin Wanvik***Re: identification topology. homeomorphism?**,*Jules***Re: identification topology. homeomorphism?**,*William Elliot*

**result from set theory (i think)**,*alan***Re: result from set theory (i think)**,*Valeriu Anisiu*

**what "REALLY" is derivative?**,*Luke Wu***Re: what "REALLY" is derivative?**,*Arturo Magidin***Re: what "REALLY" is derivative?**,*Dave L. Renfro*

**Re: what "REALLY" is derivative?**,*Watson Ladd***Re: what "REALLY" is derivative?**,*bobovski***Re: what "REALLY" is derivative?**,*Robert Low***Re: what "REALLY" is derivative?**,*Bill Dubuque*

**Re: what "REALLY" is derivative?**,*Michael Stemper*

**Re: what "REALLY" is derivative?**,*Randy Poe***Re: what "REALLY" is derivative?**,*mskirvin***Re: what "REALLY" is derivative?**,*Narasimham***Re: what "REALLY" is derivative?**,*Mike Terry***Re: what "REALLY" is derivative?**,*Gib Bogle*

**high school inequality**,*lataianu bogdan***Re: high school inequality**,*Robert Israel***Re: high school inequality**,*Martin Wanvik*

**Help: a interesting probability question**,*yuanhp_china***Re: Help: a interesting probability question**,*Robert Israel*

**question about weighted vertex cover algorithm**,*Gotch***Graduate Level Math Books For Sale**,*dgiaimo***FOURIER TRANSFORM QUESTION - please help**,*contactintermagix***Re: FOURIER TRANSFORM QUESTION - please help**,*David C. Ullrich***Re: FOURIER TRANSFORM QUESTION - please help**,*Herman Rubin***Re: FOURIER TRANSFORM QUESTION - please help**,*contactintermagix***Re: FOURIER TRANSFORM QUESTION - please help**,*David C . Ullrich*

**Re: FOURIER TRANSFORM QUESTION - please help**,*Robert Israel*

**complex equation**,*(-Peter-)***Re: complex equation**,*Robert Low***Re: complex equation**,*(-Peter-)***Re: complex equation**,*abe . buckingham*

**diagonal argument**,*K. P. Hart***Re: diagonal argument**,*Dave Seaman***Re: diagonal argument**,*K. P. Hart***Re: diagonal argument**,*abe . buckingham***Re: diagonal argument**,*Dave Seaman***Re: diagonal argument**,*K. P. Hart***Re: diagonal argument**,*Dave Seaman***Re: diagonal argument**,*Geevarghese Philip*

**Re: diagonal argument**,*Achava Nakhash, the Loving Snake***Re: diagonal argument**,*K. P. Hart*

**Re: diagonal argument**,*Dave L. Renfro***Re: diagonal argument**,*Dave L. Renfro*

**Question about markov chains**,*contactintermagix***Re: Question about markov chains**,*Robert Israel***Re: Question about markov chains**,*Herman Rubin***Re: Question about markov chains**,*contactintermagix***Re: Question about markov chains**,*contactintermagix***Re: Question about markov chains**,*Robert Israel***Re: Question about markov chains**,*contactintermagix***Re: Question about markov chains**,*Robert Israel***Re: Question about markov chains**,*Herman Rubin***Re: Question about markov chains**,*contactintermagix***Re: Question about markov chains**,*contactintermagix*

**What is the range of this function?**,*TCL***Re: What is the range of this function?**,*TCL***Re: What is the range of this function?**,*José Carlos Santos***Re: What is the range of this function?**,*Lee Rudolph***Re: What is the range of this function?**,*Robert Israel*

**clifford / geometric algebra from 4D vector**,*mjb***Re: clifford / geometric algebra from 4D vector**,*Ross A. Finlayson*

**Proper classes**,*zuhair***Re: Proper classes**,*Toni Lassila***Re: Proper classes**,*Robert Low***Re: Proper classes**,*zuhair***Re: Proper classes**,*Robert Low***Re: Proper classes**,*zuhair***Re: Proper classes**,*Jonathan Hoyle***Re: Proper classes**,*zuhair***Re: Proper classes**,*Jonathan Hoyle***Re: Proper classes**,*zuhair***Re: Proper classes**,*Aatu Koskensilta***Re: Proper classes**,*Richard Harter***Re: Proper classes**,*Herman Rubin***Re: Proper classes**,*Aatu Koskensilta***Re: Proper classes**,*Herman Rubin***Re: Proper classes**,*Torkel Franzen***Re: Proper classes**,*Jonathan Hoyle***Re: Proper classes**,*Jesse F. Hughes***Re: Proper classes**,*Jonathan Hoyle***Re: Proper classes**,*Jesse F. Hughes***Re: Proper classes**,*Jonathan Hoyle***Re: Proper classes**,*zuhair***Re: Proper classes**,*Stephen J. Herschkorn***Re: Proper classes**,*Aatu Koskensilta***Re: Proper classes**,*Chip Eastham***Re: Proper classes**,*Jesse F. Hughes***Re: Proper classes**,*Jonathan Hoyle***Re: Proper classes**,*zuhair***Re: Proper classes**,*zuhair***Re: Proper classes**,*Jesse F. Hughes***Re: Proper classes**,*Han de Bruijn***Re: Proper classes**,*Jesse F. Hughes***Re: Proper classes**,*Han de Bruijn***Re: Proper classes**,*Jesse F. Hughes***Re: Proper classes**,*Han de Bruijn***Re: Proper classes**,*DoronShadmi***Re: Proper classes**,*Jesse F. Hughes***Re: Proper classes**,*zuhair***Re: The local and the non-local**,*DoronShadmi***Re: The local and the non-local**,*DoronShadmi***Re: The local and the non-local**,*DoronShadmi***Re: The local and the non-local**,*DoronShadmi***Re: Proper classes**,*Jesse F. Hughes***Re: Proper classes**,*Jonathan Hoyle***Re: Proper classes**,*Aatu Koskensilta***Re: Proper classes**,*Richard Harter***Re: Proper classes**,*David R Tribble***Re: Proper classes**,*David R Tribble***Re: Proper classes**,*zuhair***Re: Proper classes**,*G . Frege***Re: Proper classes**,*G . Frege***Re: Proper classes**,*Jesse F. Hughes***Re: Proper classes**,*Herman Rubin***Re: Proper classes**,*Robert Low***Re: Proper classes**,*Jeremy Boden***Re: Proper classes**,*Stephen J. Herschkorn***Re: Proper classes**,*zuhair***Re: Proper classes**,*MoeBlee***Re: Proper classes**,*zuhair***Re: Proper classes**,*Robert Low***Re: Proper classes**,*MoeBlee***Re: Proper classes**,*zuhair***Re: Proper classes**,*Herman Rubin***Re: Proper classes**,*Stephen J. Herschkorn***Re: Proper classes**,*Dave Seaman***Re: Proper classes**,*Aatu Koskensilta***Re: Proper classes**,*Aatu Koskensilta***Re: Proper classes**,*Herman Rubin***Re: Proper classes**,*Dave Rosoff***Re: Proper classes**,*Nath Rao***Re: Proper classes**,*Jesse F. Hughes*

**Re: Proper classes and the non-finite**,*DoronShadmi***Re: Proper classes and the non-finite**,*DoronShadmi***Re: Proper classes and the non-finite**,*Jonathan Hoyle***Re: Proper classes and the non-finite**,*DoronShadmi*

**Re: Proper classes and the non-finite**,*zuhair***Re: Proper classes and the non-finite**,*DoronShadmi***Re: Proper classes and the non-finite**,*Robert Low***Re: Proper classes and the non-finite**,*DoronShadmi***Re: Proper classes and the non-finite**,*zuhair***Re: Proper classes and the non-finite**,*DoronShadmi*

**Re: Proper classes and the distiction between the local and the non-local**,*DoronShadmi*

- <Possible follow-ups>
**Re: Proper classes**,*zuhair***Re: Proper classes**,*G . Frege*

**Oblique cone enclosing a pyramid**,*Narasimham***Re: Oblique cone enclosing a pyramid**,*Narasimham*

**Least primes in arithmetic progressions**,*Risto Kauppila***Re: Least primes in arithmetic progressions**,*Robert Israel***Re: Least primes in arithmetic progressions**,*Achava Nakhash, the Loving Snake***Re: Least primes in arithmetic progressions**,*Gerry Myerson*

**Re: Least primes in arithmetic progressions**,*Geevarghese Philip***Re: Least primes in arithmetic progressions**,*Robert Israel***Re: Least primes in arithmetic progressions**,*Keith A. Lewis*

**Re: Least primes in arithmetic progressions**,*Risto Kauppila***Re: Least primes in arithmetic progressions**,*Risto Kauppila***Re: Least primes in arithmetic progressions**,*Risto Kauppila*

**Does this have a name [matrix mappings]?**,*Adam***Lebesgue Stiltjes Integral**,*Ingrid***Re: Lebesgue Stiltjes Integral**,*Stephen J. Herschkorn***Re: Lebesgue Stiltjes Integral**,*G. A. Edgar***Re: Lebesgue Stiltjes Integral**,*David C . Ullrich***Re: Lebesgue Stiltjes Integral**,*Stephen J. Herschkorn***Re: Lebesgue Stiltjes Integral**,*Stephen J. Herschkorn*

**Re: Lebesgue Stiltjes Integral**,*donaldtweed***Re: Lebesgue Stiltjes Integral**,*G. A. Edgar***Re: Lebesgue Stiltjes Integral**,*donaldtweed***Re: Lebesgue Stiltjes Integral**,*G. A. Edgar***Re: Lebesgue Stiltjes Integral**,*Ingrid***Re: Lebesgue Stiltjes Integral**,*David C . Ullrich***Re: Lebesgue Stiltjes Integral**,*Stephen J. Herschkorn***Re: Lebesgue Stiltjes Integral**,*David C . Ullrich*

**charges (generalization of measures)**,*donaldtweed***A Dirichlet function and Darboux sums...**,*joshuaxls***Re: A Dirichlet function and Darboux sums...**,*joshuaxls*

**10 Dice Experiment is PERFECTLY NORMAL!**,*Brablo***Re: 10 Dice Experiment is PERFECTLY NORMAL!**,*Herman Rubin***Re: 10 Dice Experiment is PERFECTLY NORMAL!**,*Colleyville Alan***Re: 10 Dice Experiment is PERFECTLY NORMAL!**,*luiroto***Re: 10 Dice Experiment is PERFECTLY NORMAL!**,*Geevarghese Philip***Re: 10 Dice Experiment is PERFECTLY NORMAL!**,*Brablo***Re: 10 Dice Experiment is PERFECTLY NORMAL!**,*Herman Rubin***Re: 10 Dice Experiment is PERFECTLY NORMAL!**,*Elliott Chapin*

**Using chain rule for D(y^2) w.r.t. x**,*boanerges35***Re: Using chain rule for D(y^2) w.r.t. x**,*mathman***Re: Using chain rule for D(y^2) w.r.t. x**,*Virgil***Re: Using chain rule for D(y^2) w.r.t. x**,*Robert Low*

**Re: Using chain rule for D(y^2) w.r.t. x**,*Robert Low***Re: Using chain rule for D(y^2) w.r.t. x**,*Keith A. Lewis***Re: Using chain rule for D(y^2) w.r.t. x**,*Keith A. Lewis*

**Is this function on [0, 1] Riemann integrable?**,*comtech***Re: Is this function on [0, 1] Riemann integrable?**,*mathman***Re: Is this function on [0, 1] Riemann integrable?**,*David C . Ullrich***Re: Is this function on [0, 1] Riemann integrable?**,*David C . Ullrich*

**Re: Is this function on [0, 1] Riemann integrable?**,*Peter Allen***Re: Is this function on [0, 1] Riemann integrable?**,*Herman Rubin*

**Re: Is this function on [0, 1] Riemann integrable?**,*David C . Ullrich**Message not available***Re: Is this function on [0, 1] Riemann integrable?**,*Rob Johnson*

**analytic prolongation**,*Tamara Diaz***Re: analytic prolongation**,*david petry***Re: analytic prolongation**,*Tamara Diaz***Re: analytic prolongation**,*Robert Israel***Re: analytic prolongation**,*Tamara Diaz***Re: analytic prolongation**,*david petry***Re: analytic prolongation**,*martin cohen*

**Re: analytic prolongation**,*Peter L. Montgomery*

**Question about domain "stretching"**,*agapito6314***Re: Question about domain "stretching"**,*G. A. Edgar***Re: Question about domain "stretching"**,*Robert Israel***Re: Question about domain "stretching"**,*agapito6314*

**properly discontinuous action**,*Bobbine***algebra help - test prep**,*rookie217***Re: algebra help - test prep**,*Arturo Magidin*

**Re: twonnyshiksh pagesh**,*19th century nuthouses***Re: twonnyshiksh pagesh**,*g . baiszar***Re: twonnyshiksh pagesh**,*Torkel Franzen*

**Polynomial Regression Problem**,*junoexpress***How would you share the cost?**,*Steve***Re: How would you share the cost?**,*Robert Israel***Re: How would you share the cost?**,*Pubkeybreaker***Re: How would you share the cost?**,*Randy Poe***Re: How would you share the cost?**,*Steve***Re: How would you share the cost?**,*Bart Goddard*

**Re: How would you share the cost?**,*hobart Zklfed***Re: How would you share the cost?**,*Pubkeybreaker***Re: How would you share the cost?**,*Steve*

**how many properties do closure and the set itself hold in common?**,*comtech***Re: how many properties do closure and the set itself hold in common?**,*The World Wide Wade***Re: how many properties do closure and the set itself hold in common?**,*David C. Ullrich*

**square of sums**,*oercim***Re: square of sums**,*Robert Israel***Re: square of sums**,*oercim***Re: square of sums**,*Zdislav V. Kovarik*

**Re: Simplifying a step-function**,*abhiramrd*- <Possible follow-ups>
**Re: Simplifying a step-function**,*[Mr.] Lynn Kurtz*

**Topology Questions**,*Xevious***Re: Topology Questions**,*matthias***Re: Topology Questions**,*matthias***Re: Topology Questions**,*Xevious***Re: Topology Questions**,*Robert Low***Re: Topology Questions**,*Xevious***Re: Topology Questions**,*Robert Low***Re: Topology Questions**,*Dave Rusin***Re: Topology Questions**,*Xevious*

**Re: Topology Questions**,*Xevious***Re: Topology Questions**,*Robert Low***Re: Topology Questions**,*Lee Rudolph***Re: Topology Questions**,*Robert Low***Re: Topology Questions**,*Stephen J. Herschkorn***Re: Topology Questions**,*Stephen J. Herschkorn***Re: Topology Questions**,*Lee Rudolph*

**Re: Topology Questions**,*Dave L. Renfro*

**Complex analysis question, Uniform convergence**,*James***Re: Complex analysis question, Uniform convergence**,*José Carlos Santos***Re: Complex analysis question, Uniform convergence**,*A N Niel***Re: Complex analysis question, Uniform convergence**,*mr0x***Re: Complex analysis question, Uniform convergence**,*José Carlos Santos*

**Re: Complex analysis question, Uniform convergence**,*David C. Ullrich*

**problem with a definition**,*g_casini***Re: problem with a definition**,*José Carlos Santos***Re: problem with a definition**,*Nathan***Re: problem with a definition**,*Shmuel (Seymour J.) Metz*

**need some career advice**,*woodland***Re: need some career advice**,*Klueless***Re: need some career advice**,*magic math tricks***Re: need some career advice**,*woodland*

**Re: need some career advice**,*John Coleman***Re: need some career advice**,*magic math tricks*

**Chasles theorem**,*PaoloB***Re: Chasles theorem**,*Christopher J. Henrich***Re: Chasles theorem**,*Ken Pledger*

**Courses to take to prepare for graduate school in mathematics? And other advise?**,*joshua . olson***Re: Courses to take to prepare for graduate school in mathematics? And other advise?**,*John Coleman***Re: Courses to take to prepare for graduate school in mathematics? And other advise?**,*mr0x***Re: Courses to take to prepare for graduate school in mathematics? And other advise?**,*solarmist***Re: Courses to take to prepare for graduate school in mathematics? And other advise?**,*Xevious***Re: Courses to take to prepare for graduate school in mathematics? And other advise?**,*Shmuel (Seymour J.) Metz*

**Completeness**,*anarm3***Re: Completeness**,*José Carlos Santos*

**calculus**,*erehwon***Re: calculus**,*Robert Low***Re: calculus**,*erehwon***Re: calculus**,*Robert Low*

**Help with auto-correlation integral**,*robert.w.adams@xxxxxxxxxxx***Re: Help with auto-correlation integral**,*Robert Israel*

**simple calculation that is tripping me up :(**,*SusanP***Re: simple calculation that is tripping me up :(**,*Paul Sperry*

**Is Time a Vector?**,*venuprasanna***Re: Is Time a Vector?**,*William Elliot***Re: Is Time a Vector?**,*Shmuel (Seymour J.) Metz***Re: Is Time a Vector?**,*martin cohen*

**Re: Is Time a Vector?**,*David Park***Re: Is Time a Vector?**,*David Park***Re: Is Time a Vector?**,*zzbunker@xxxxxxxxxxxx*

**What is the name for equations of this type?**,*Stephen O'Sullivan***Re: What is the name for equations of this type?**,*Robert Israel*

**lcm (p-1,p^n-1)**,*maarte***Re: lcm (p-1,p^n-1)**,*José Carlos Santos***Re: lcm (p-1,p^n-1)**,*Phil Carmody***Re: lcm (p-1,p^n-1)**,*José Carlos Santos*

**Re: lcm (p-1,p^n-1)**,*Pubkeybreaker***Re: lcm (p-1,p^n-1)**,*Dave Rusin***Re: lcm (p-1,p^n-1)**,*José Carlos Santos***Re: lcm (p-1,p^n-1)**,*Dave Rusin***Re: lcm (p-1,p^n-1)**,*Keith A. Lewis***Re: lcm (p-1,p^n-1)**,*Dave Rusin***Re: lcm (p-1,p^n-1)**,*Phil Carmody*

**[Question] Dedekind Domain**,*Taedong Yun***Re: [Question] Dedekind Domain**,*Arturo Magidin***Re: [Question] Dedekind Domain**,*Bill Dubuque***Re: Dedekind Domain**,*magidin@xxxxxxxxxxxxxxxxx***Re: Dedekind Domain**,*Timothy Murphy***Re: Dedekind Domain**,*Arturo Magidin*

**Jacobian problem in dimension 2 solved**,*marcfrisch***Re: Jacobian problem in dimension 2 solved**,*Lee Rudolph***Re: Jacobian problem in dimension 2 solved**,*quasi***Re: Jacobian problem in dimension 2 solved**,*David C . Ullrich***Re: Jacobian problem in dimension 2 solved**,*Lee Rudolph***Re: Jacobian problem in dimension 2 solved**,*Gerry Myerson***Re: Jacobian problem in dimension 2 solved**,*Lee Rudolph***Re: Jacobian problem in dimension 2 solved**,*Lee Rudolph***Re: Jacobian problem in dimension 2 solved**,*Lee Rudolph***Re: Jacobian problem in dimension 2 solved**,*Chan-Ho Suh*

**Re: Jacobian problem in dimension 2 solved**,*marcfrisch*

**New mathematics/physical sciences positions at http://jobs.phds.org, December 12, 2005**,*PhDs . org Webmaster***infinitely often**,*Wing***Re: infinitely often**,*David C . Ullrich***Re: infinitely often**,*Wing***Re: infinitely often**,*David C. Ullrich*

**[Question] Dedekind domain + UFD -> PID**,*Taedong Yun***Re: Dedekind domain + UFD -> PID**,*Lukas Horosiewicz***Re: Dedekind domain + UFD -> PID**,*Taedong Yun*

**PGL(2,p)**,*DaTa66***Re: PGL(2,p)**,*Keith Ramsay*

**Epsilon Nets**,*Xevious***Re: Epsilon Nets**,*Jules***Re: Epsilon Nets**,*Xevious***Re: Epsilon Nets**,*Xevious*

**Re: Epsilon Nets**,*David C . Ullrich***Re: Epsilon Nets**,*Xevious***Re: Epsilon Nets**,*David C. Ullrich*

**Integral Question**,*EnterTheUnknown***Re: Integral Question**,*Brian VanPelt***Re: Integral Question**,*Someonekicked*

**Poisson distribution**,*mkazmierski**Message not available***Re: Poisson distribution**,*mkazmierski***Re: Poisson distribution**,*Herman Rubin*

**Re: Poisson distribution**,*Robert Israel*

**recurrent sequence (corrected version)**,*Chris***Re: recurrent sequence (corrected version)**,*William Elliot*

**determination of amplifier gain function**,*Scott Kelley***Re: determination of amplifier gain function**,*Steve Schwartz***Re: determination of amplifier gain function**,*Scott Kelley*

**Re: determination of amplifier gain function**,*Keith A. Lewis*

**Alternating group A_6: Does it have an order 72 subgroup?**,*Snis Pilbor***Re: Hypothenuse ;-)**,*Oscar Lanzi III***Optimization problem- Please help!! It's worth 3 extra points on my averag**,*Evan Bell***C^k domains**,*Julien Santini***Re: C^k domains**,*Julien Santini***Re: C^k domains**,*David C . Ullrich*

**homomorphism ...**,*HY***Re: homomorphism ...**,**Re: homomorphism ...**,*Arturo Magidin*

**Difference Between "a.e bounded function" and "a.e finite function"**,*Confusing***Re: Difference Between "a.e bounded function" and "a.e finite function"**,*gowan4@xxxxxxxxxxx***Re: Difference Between "a.e bounded function" and "a.e finite function"**,*Stephen J. Herschkorn***Re: Difference Between "a.e bounded function" and "a.e finite function"**,*David C . Ullrich*

**Gramian matrix**,*SusanP***Re: Gramian matrix**,*SusanP***Re: Gramian matrix**,*Karl***Re: Gramian matrix**,*SusanP***Re: Gramian matrix**,*Gerry Myerson*

**Re: Gramian matrix**,*Robert Israel*

**2 ring theory questions**,*Doug B***Re: 2 ring theory questions**,*Steven***Re: 2 ring theory questions**,*Doug B***Re: 2 ring theory questions**,*Peter L. Montgomery*

**Re: 2 ring theory questions**,*Steven***Re: 2 ring theory questions**,*lataianu bogdan***Re: 2 ring theory questions**,*lataianu bogdan*

**Click & Clack Puzzle from Dec. 1**,*W. Watson***Spectral Radius of Center Manifold**,*Seth***Has anyone ever tried to solve Rubik's cube using fractals?**,*TonyVarden***uniform convergence...**,*comtech***Re: uniform convergence...**,*José Carlos Santos*

**How to prove that polynomials uniformly converge to polynomial functions?**,*comtech***Using sequence to define uniform continuous?**,*comtech***Re: Using sequence to define uniform continuous?**,*José Carlos Santos*

**George Boole at the Restaurant**,*Gaspard Petit***Re: George Boole at the Restaurant**,*William Elliot***Re: George Boole at the Restaurant**,*Joseph***an***Re: George Boole at the Restaurant**,*Ben Rudiak-Gould***Re: George Boole at the Restaurant**,*Gaspard Petit***Re: George Boole at the Restaurant**,*Gaspard Petit*

**a game -- splitting piles of stones**,*quasi***Re: a game -- splitting piles of stones**,*Robert Israel***Re: a game -- splitting piles of stones**,*quasi***Re: a game -- piles of stones**,*quasi***Re: a game -- piles of stones**,*quasi***Re: a game -- piles of stones**,*Ted Hwa***Re: a game -- piles of stones**,*quasi*

**Are the following set operations true?**,*comtech***Re: Are the following set operations true?**,*William Elliot***Re: Are the following set operations true?**,*comtech***Re: Are the following set operations true?**,*William Elliot*

**Re: Are the following set operations true?**,*quasi***Re: Are the following set operations true?**,*Dan Christensen*

**Atom/Electron System....Model shows variation Systems behavior**,*Zim Olson***Mathematical property vs. law vs. theorem**,*Kenneth Bull***Examples? Infinite Random Series/Sequence.**,*Zim Olson***a probability question?**,*yuanhp_china***Re: a probability question?**,*Joseph***an***Re: a probability question?**,*Oscar Lanzi III*

**locally bdd function, additive**,*JimLong***Re: locally bdd function, additive**,*Mkajuma***Re: locally bdd function, additive**,*JimLong*

**Re: locally bdd function, additive**,*Robert Israel***Re: locally bdd function, additive**,*JimLong***Re: locally bdd function, additive**,*Robert Israel***Re: locally bdd function, additive**,*JimLong***Re: locally bdd function, additive**,*Robert Israel***Re: locally bdd function, additive**,*JimLong***Re: locally bdd function, additive**,*Robert Israel***Re: locally bdd function, additive**,*JimLong***Re: locally bdd function, additive**,*Robert Israel***Re: locally bdd function, additive**,*JimLong*

**Lebesgue Integral**,*Charlie Johnson***Re: Lebesgue Integral**,*José Carlos Santos***Re: Lebesgue Integral**,*Zdislav V. Kovarik*

**Prime ideal that is not maximal?**,*Doug B***Re: Prime ideal that is not maximal?**,*Arturo Magidin***Re: Prime ideal that is not maximal?**,*Dave Rusin*

**? probabilistic maths and deterministic maths**,*Cheng Cosine***Re: ? probabilistic maths and deterministic maths**,*Chip Eastham*

**Mathematica question**,*David Moran***Re: Mathematica question**,*Someonekicked***Re: Mathematica question**,*Someonekicked*

**Re: Mathematica question**,*David C . Ullrich***Re: Mathematica question**,*David Moran*

**"preserved measure"**,*eduardomdiaz***Re: "preserved measure"**,*mathman***Re: "preserved measure"**,*Robert Israel***Re: "preserved measure"**,*mathman***Re: "preserved measure"**,*Robert Israel*

**Re: why do computer scientists say 1KB=1024 bytes?!!**,*Rich Grise***Does the simultaneous gradient method converge to the saddle point?**,*Joe Zhang***Cashbox withdrawal**,*kestrel**Message not available***Re: Cashbox withdrawal**,*kestrel*

**Re: Cashbox withdrawal**,*Don Reble***Re: Cashbox withdrawal**,*kestrel***Re: Cashbox withdrawal**,*Robert Israel***Re: Cashbox withdrawal**,*kestrel***Re: Cashbox withdrawal**,*Robert Israel***Re: Cashbox withdrawal**,*LC Killingbeck*

**change of coordinates**,*vsgdp***Re: change of coordinates**,*David Moran*

**path connectedness!**,*Tom Banks***Re: path connectedness!**,*smn***Re: path connectedness!**,*Stephen J. Herschkorn*

**Contraction mapping on wierd space?**,*comtech***Re: Contraction mapping on wierd space?**,*William Elliot*

**What's the relationship between having a fixed point and contraction mapping?**,*comtech***Re: What's the relationship between having a fixed point and contraction mapping?**,*Robert Low***Re: What's the relationship between having a fixed point and contraction mapping?**,*G.E. Ivey***Re: What's the relationship between having a fixed point and contraction ma**,*Martin Wanvik***Re: What's the relationship between having a fixed point and contraction mapping?**,*David C . Ullrich*

**Can infinity be a fixed point?**,*comtech***Re: Can infinity be a fixed point?**,*José Carlos Santos***Re: Can infinity be a fixed point?**,*G.E. Ivey***Re: Can infinity be a fixed point?**,*José Carlos Santos*

**Is uniform convergent limit of uniform continuous functions uniform continuous?**,*comtech***Re: Is uniform convergent limit of uniform continuous functions uniform continuous?**,*José Carlos Santos***Re: Is uniform convergent limit of uniform continuous functions uniform continuous?**,*A N Niel***Re: Is uniform convergent limit of uniform continuous functions uniform continuous?**,*David C . Ullrich*

**Is this result generally true?**,*comtech***Re: Is this result generally true?**,*Ryan Reich***Re: Is this result generally true?**,*José Carlos Santos***Re: Is this result generally true?**,*Jules***Re: Is this result generally true?**,*José Carlos Santos***Re: Is this result generally true?**,*Jules*

**Re: Is this result generally true?**,*David C . Ullrich*

**Re: The set of All sets**,*zuhair***Re: The set of All sets**,*Lee Rudolph***Re: The set of All sets**,*zuhair*

**Re: The set of All sets**,*Jonathan Hoyle***Re: The set of All sets**,*zuhair***Re: The set of All sets**,*MoeBlee***Re: The set of All sets**,*Herman Rubin***Re: The set of All sets**,*MoeBlee***Re: The set of All sets**,*zuhair***Re: The set of All sets**,*Ross A. Finlayson***Re: The set of All sets**,*Dave Seaman***Re: The set of All sets**,*MoeBlee***Re: The set of All sets**,*zuhair***Re: The set of All sets**,*MoeBlee***Re: The set of All sets**,*zuhair*

**Vectors in R^n and spans**,*Carl R.***Re: Vectors in R^n and spans**,*José Carlos Santos*

**determining efficient subsets of vectors**,*Christoph Stark***Hyperboloid model of hyerbolic plane**,*TCL***Re: Hyperboloid model of hyerbolic plane**,*Robert Israel***Re: Hyperboloid model of hyerbolic plane**,*TCL*

**conjetura de goldbach**,*the grupttus***Re: conjetura de goldbach**,*Arturo Magidin*

**recurrent sequence**,*Chris***Re: recurrent sequence**,*William Elliot***Re: recurrent sequence**,*Jules***Re: recurrent sequence**,*Chris***Re: recurrent sequence**,*William Elliot*

**Cartesian Rates to Angular Rates**,*Makhno***Re: Cartesian Rates to Angular Rates**,*William Elliot***Re: Cartesian Rates to Angular Rates**,*Makhno***Re: Cartesian Rates to Angular Rates**,*William Elliot*

**Re: Cartesian Rates to Angular Rates**,*Makhno***Re: Cartesian Rates to Angular Rates**,*William Elliot*

**Re: Cartesian Rates to Angular Rates-**,*JEMebius*

**Lebesgue Integral of the Cantor Function**,*Fola***Re: Lebesgue Integral of the Cantor Function**,*Stephen J. Herschkorn***Re: Lebesgue Integral of the Cantor Function**,*Fola***Re: Lebesgue Integral of the Cantor Function**,*Stephen J. Herschkorn***Re: Lebesgue Integral of the Cantor Function**,*Fola***Re: Lebesgue Integral of the Cantor Function**,*José Carlos Santos***Wait a minute**,*Fola***Re: Wait a minute**,*Stephen J. Herschkorn*

**Laplace transforms: a "pseudo-identity"?**,*kelvSYC***Re: Laplace transforms: a "pseudo-identity"?**,*Aage Andersen***Re: Laplace transforms: a "pseudo-identity"?**,*david petry*

**Please help with wikipedia's article on Arabic Numerals that's falling victim to vandalism**,*casioculture***Re: Please help with wikipedia's article on Arabic Numerals that's falling victim to vandalism**,*mensanator@xxxxxxxxxxx***Re: Please help with wikipedia's article on Arabic Numerals that's falling victim to vandalism**,*casioculture***Re: Please help with wikipedia's article on Arabic Numerals that's falling victim to vandalism**,*casioculture***Re: Please help with wikipedia's article on Arabic Numerals that's falling victim to vandalism**,*Proginoskes***Re: Please help with wikipedia's article on Arabic Numerals that's falling victim to vandalism**,*casioculture***Re: Please help with wikipedia's article on Arabic Numerals that's falling victim to vandalism**,*Proginoskes***Re: Please help with wikipedia's article on Arabic Numerals that's falling victim to vandalism**,*david petry***Re: Please help with wikipedia's article on Arabic Numerals that's falling victim to vandalism**,*fishfry***Re: Please help with wikipedia's article on Arabic Numerals that's falling victim to vandalism**,*Proginoskes***Re: Please help with wikipedia's article on Arabic Numerals that's falling victim to vandalism**,*casioculture***Re: Please help with wikipedia's article on Arabic Numerals that's falling victim to vandalism**,*mensanator@xxxxxxxxxxx***Re: Please help with wikipedia's article on Arabic Numerals that's falling victim to vandalism**,*mensanator@xxxxxxxxxxx***Re: Please help with wikipedia's article on Arabic Numerals that's falling victim to vandalism**,*Ben Rudiak-Gould***Re: Please help with wikipedia's article on Arabic Numerals that's falling victim to vandalism**,*david petry***Re: Please help with wikipedia's article on Arabic Numerals that's falling victim to vandalism**,*quasi***Re: Please help with wikipedia's article on Arabic Numerals that's falling victim to vandalism**,*casioculture*

**Re: Please help with wikipedia's article on Arabic Numerals that's falling victim to vandalism**,*Chan-Ho Suh*

**How to prove that exp(x) is not uniform convergent in R?**,*comtech***Re: How to prove that exp(x) is not uniform convergent in R?**,*Julien Santini***Re: How to prove that exp(x) is not uniform convergent in R?**,*Peter L. Montgomery***Re: How to prove that exp(x) is not uniform convergent in R?**,*Peter Allen*

**integral help**,*Jeff***Re: integral help**,*Julien Santini***Re: integral help**,*Jeff*

**Re: integral help**,*jlundgren*

**Can I have fries and a calculator with that?**,*Dave L. Renfro***Re: Can I have fries and a calculator with that?**,*Virgil***Re: Can I have fries and a calculator with that?**,*Dave L. Renfro***Re: Can I have fries and a calculator with that?**,*Kobu***Re: Can I have fries and a calculator with that?**,*Virgil**Message not available***Re: Can I have fries and a calculator with that?**,*Dave L. Renfro***Re: Can I have fries and a calculator with that?**,*Bill Dubuque***Re: Can I have fries and a calculator with that?**,*Peter Webb***Re: Can I have fries and a calculator with that?**,*Dave L. Renfro***Re: Can I have fries and a calculator with that?**,*Gerry Myerson*

**isomorphism questions in abstract algebra**,*theturkishguy@xxxxxxxxx***Re: isomorphism questions in abstract algebra**,*Arturo Magidin***Re: isomorphism questions in abstract algebra**,*mskirvin*

**Continuum hypothesis**,*Russell Wallace***Re: Continuum hypothesis**,*Jules***Re: Continuum hypothesis**,*Russell Wallace***Re: Continuum hypothesis**,*Daryl McCullough**Message not available***Re: Continuum hypothesis**,*Daryl McCullough***Re: Continuum hypothesis**,*Russell Wallace***Re: Continuum hypothesis**,*David R Tribble***Re: Continuum hypothesis**,*Han de Bruijn***Re: Continuum hypothesis**,*Robert Low***Re: Continuum hypothesis**,*Han de Bruijn***Re: Continuum hypothesis**,*Robert Low***Re: Continuum hypothesis**,*Han . deBruijn***Re: Continuum hypothesis**,*Robert Low***Re: Continuum hypothesis**,*Herman Rubin***Re: Continuum hypothesis**,*Russell Wallace***Re: Continuum hypothesis**,*Herman Rubin***Re: Continuum hypothesis**,*Han de Bruijn**Message not available**Message not available***Re: Continuum hypothesis**,*cbrown***Re: Continuum hypothesis**,*Han . deBruijn***Re: Continuum hypothesis**,*cbrown**Message not available**Message not available**Message not available***Re: Continuum hypothesis**,*Shmuel (Seymour J.) Metz***Re: Continuum hypothesis**,*Han . deBruijn***Re: Continuum hypothesis**,*Shmuel (Seymour J.) Metz***Re: Continuum hypothesis**,*Han . deBruijn***Re: Continuum hypothesis**,*Virgil***Re: Continuum hypothesis**,*Shmuel (Seymour J.) Metz***Re: Continuum hypothesis**,*Han . deBruijn**Message not available**Message not available***Re: Continuum hypothesis**,*Han . deBruijn*

**Q:The Mersenne Primes and the Collatz conjecture (3x+1)/2.**,*Dan***Re: Q:The Mersenne Primes and the Collatz conjecture (3x+1)/2.**,*mensanator@xxxxxxxxxxx***Re: Q:The Mersenne Primes and the Collatz conjecture (3x+1)/2.**,*Dan***Re: Q:The Mersenne Primes and the Collatz conjecture (3x+1)/2.**,*mensanator@xxxxxxxxxxx*

**Re: Q:The Mersenne Primes and the Collatz conjecture (3x+1)/2.**,*Dan***Re: Q:The Mersenne Primes and the Collatz conjecture (3x+1)/2.**,*mensanator@xxxxxxxxxxx*

**Re: Stability of countries**,*Phil Freedenberg***Re: Stability of countries**,*Dave Rusin*- <Possible follow-ups>
**Re: Stability of countries**,*Larry*

**Vectors in R^n and spans (please help)**,*Carl R.***Extracting a signal from noise?**,*Martin***POLYGONS!**,*John Doe***Re: POLYGONS!**,*Keith A. Lewis***Re: POLYGONS!**,*David W . Cantrell*

**Why to accept that the present set of arithmetical axioms are sufficient?**,*luiroto***Re: Why to accept that the present set of arithmetical axioms are sufficient?**,*David C. Ullrich***Re: Why to accept that the present set of arithmetical axioms are sufficient?**,*luiroto***Re: Why to accept that the present set of arithmetical axioms are sufficient?**,*Robert Low***Re: Why to accept that the present set of arithmetical axioms are sufficient?**,*luiroto***Re: Why to accept that the present set of arithmetical axioms are sufficient?**,*David C . Ullrich***Re: Why to accept that the present set of arithmetical axioms are sufficient?**,*Arturo Magidin***Re: Why to accept that the present set of arithmetical axioms are sufficient?**,*luiroto***Re: Why to accept that the present set of arithmetical axioms are sufficient?**,*Robert Low***Re: Why to accept that the present set of arithmetical axioms are sufficient?**,*magidin@xxxxxxxxxxxxxxxxx***Re: Why to accept that the present set of arithmetical axioms are sufficient?**,*luiroto***Re: Why to accept that the present set of arithmetical axioms are sufficient?**,*magidin@xxxxxxxxxxxxxxxxx*

**Re: Why to accept that the present set of arithmetical axioms are sufficient?**,*Arturo Magidin***Re: Why to accept that the present set of arithmetical axioms are sufficient?**,*Proginoskes***Re: Why to accept that the present set of arithmetical axioms are sufficient?**,*Arturo Magidin***Re: Why to accept that the present set of arithmetical axioms are sufficient?**,*Proginoskes***Re: Why to accept that the present set of arithmetical axioms are sufficient?**,*Aatu Koskensilta***Re: Why to accept that the present set of arithmetical axioms are sufficient?**,*Arturo Magidin***Re: Why to accept that the present set of arithmetical axioms are sufficient?**,*Aatu Koskensilta***Re: Why to accept that the present set of arithmetical axioms are sufficient?**,*magidin@xxxxxxxxxxxxxxxxx*

**Re: Why to accept that the present set of arithmetical axioms are sufficient?**,*Shmuel (Seymour J.) Metz***Re: Why to accept that the present set of arithmetical axioms are sufficient?**,*Arturo Magidin***Re: Why to accept that the present set of arithmetical axioms are sufficient?**,*Shmuel (Seymour J.) Metz***Re: Why to accept that the present set of arithmetical axioms are sufficient?**,*luiroto***Re: Why to accept that the present set of arithmetical axioms are sufficient?**,*Shmuel (Seymour J.) Metz*

**Curve fitting help needed**,*Nicros***Re: Curve fitting help needed**,*Rod***Re: Curve fitting help needed**,*Phil Sherrod***Re: Curve fitting help needed**,*Duncan Muirhead*

**Omar Khayyam**,*Jim Ferry***Re: Omar Khayyam**,*mensanator@xxxxxxxxxxx*

**Re: Question on polynomial solvability by elementary funcs.**,*Igor Khavkine***fourth moment of a normal variable**,*oercim***Re: fourth moment of a normal variable**,*Stephen J. Herschkorn*

**strange property of cantor set**,*berthuffman***Re: strange property of cantor set**,*José Carlos Santos***Re: strange property of cantor set**,*Thomas Mautsch***Re: strange property of cantor set**,*GeorgeAlek***Re: strange property of cantor set**,*A N Niel***Re: strange property of cantor set**,*GeorgeAlek***Re: strange property of cantor set**,*Thomas Mautsch*

**Re: strange property of cantor set**,*Dave L. Renfro***Re: strange property of cantor set**,*Keith A. Lewis*

**if a + b + ... + c = d then NOT f(a) + f(b) + ... + f(c) = f(d)?**,*Marius***Re: if a + b + ... + c = d then NOT f(a) + f(b) + ... + f(c) = f(d)?**,*Randy Poe***Re: if a + b + ... + c = d then NOT f(a) + f(b) + ... + f(c) = f(d)?**,*Gib Bogle***Re: if a + b + ... + c = d then NOT f(a) + f(b) + ... + f(c) = f(d)?**,*quasi***Re: if a + b + ... + c = d then NOT f(a) + f(b) + ... + f(c) = f(d)?**,*Proginoskes***Re: if a + b + ... + c = d then NOT f(a) + f(b) + ... + f(c) = f(d)?**,*Proginoskes***Re: if a + b + ... + c = d then NOT f(a) + f(b) + ... + f(c) = f(d)?**,*NotP***Re: if a + b + ... + c = d then NOT f(a) + f(b) + ... + f(c) = f(d)?**,*Proginoskes***Re: if a + b + ... + c = d then NOT f(a) + f(b) + ... + f(c) = f(d)?**,*Marius***Re: if a + b + ... + c = d then NOT f(a) + f(b) + ... + f(c) = f(d)?**,*Marius***Re: if a + b + ... + c = d then NOT f(a) + f(b) + ... + f(c) = f(d)?**,*quasi***Re: if a + b + ... + c = d then NOT f(a) + f(b) + ... + f(c) = f(d)?**,*Marius***Re: if a + b + ... + c = d then NOT f(a) + f(b) + ... + f(c) = f(d)?**,*Marius*

**? x^A*x and x*x^A**,*Cheng Cosine*- <Possible follow-ups>
**? x^A*x and x*x^A**,*Cheng Cosine***Re: ? x^A*x and x*x^A**,*David C . Ullrich***Re: ? x^A*x and x*x^A**,*Cheng Cosine***Re: ? x^A*x and x*x^A**,*David C . Ullrich*

**Re: ? x^A*x and x*x^A**,*Oscar Lanzi III*

**Kronecker - God made "Die ganze Zahlen".**,*Roger Beresford***Re: Kronecker - God made "Die ganze Zahlen".**,*Lee Rudolph***Re: Kronecker - God made "Die ganze Zahlen".**,*richard miller***Re: Kronecker - God made "Die ganze Zahlen".**,*A N Niel***Re: Kronecker - God made "Die ganze Zahlen".**,*Roger Beresford*

**Homomorphisms**,*Eric***Re: Homomorphisms**,*quasi***Re: Homomorphisms**,*Eric*

**help me out with it**,*VijaKhara***Re: help me out with it**,*VijaKhara***Re: help me out with it**,*martin cohen*

**urgent differential eqns help**,*jaspal***Re: urgent differential eqns help**,*[Mr.] Lynn Kurtz*

**December caption**,*JohnS***convex set in topological vector space**,*Karel***Re: convex set in topological vector space**,*William Elliot***Re: convex set in topological vector space**,*David C . Ullrich***Re: convex set in topological vector space**,*Valeriu Anisiu*

**Help!!!**,*mathforsweta@xxxxxxxxx***topology problem**,*jade1378***Re: topology problem**,*Pawel Gladki***Re: topology problem**,*jade1378***Re: topology problem**,*Pawel Gladki***Re: topology problem**,*jade1378***Re: topology problem**,*W. Dale Hall*

**Math question on solving coupled differential equations with matrices**,*vze2vt56***optimizing a mixed strategy**,*Daniel***Re: optimizing a mixed strategy**,*Robert Vienneau***Re: optimizing a mixed strategy**,*Daniel*

**Average chord**,*ax@xxxxxxxxx***Re: Average chord**,*quasi***Re: Average chord**,*quasi***Re: Average chord**,*William Elliot***Re: Average chord**,*quasi***Re: Average chord**,*William Elliot*

**Re: Average chord**,*ax@xxxxxxxxx***Re: Average chord**,*quasi***Re: Average chord**,*Narasimham***Re: Average chord**,*quasi***Re: Average chord**,*Virgil***Re: Average chord**,*quasi***Re: Average chord**,*Virgil***Re: Average chord**,*quasi***Re: Average chord**,*Virgil***Re: Average chord**,*ax@xxxxxxxxx***Re: Average chord**,*quasi***Re: Average chord**,*ax@xxxxxxxxx*

**Re: Average chord**,*Narasimham***Re: Average chord**,*Anon*

**Help on a matrix problem**,*akinatsu***Re: Help on a matrix problem**,*mskirvin*

**angle bisector proof**,*Bob***Re: angle bisector proof**,*Ronald Bruck***Re: angle bisector proof**,*Bob***Re: angle bisector proof**,*Ted Hwa*

**Re: angle bisector proof**,*Narasimham***Re: angle bisector proof**,*William Elliot*

**Infinite knight's tour?**,*w . taylor***Re: Infinite knight's tour?**,*Keith A. Lewis***Re: Infinite knight's tour?**,*Keith A. Lewis*- <Possible follow-ups>
**Re: Infinite knight's tour?**,*Mike Williams***Re: Infinite knight's tour?**,*cbrown*

**Re: Trumanism and Churchill (not McCarthyism!)**,*mathman***Re: Trumanism and Churchill (not McCarthyism!)**,*David Ames***Re: Trumanism and Churchill (not McCarthyism!)**,*mathman***Re: Trumanism and Churchill (not McCarthyism!)**,*David Ames***Re: Trumanism and Churchill (not McCarthyism!)**,*Minus XVII*

**problem in group theory**,*tinaimp88***Re: problem in group theory**,*mskirvin***Re: problem in group theory**,*Arturo Magidin***Re: problem in group theory**,*tinaimp88***Re: problem in group theory**,*mskirvin***Re: problem in group theory**,*tinaimp88***Re: problem in group theory**,*mskirvin*

**Re: problem in group theory**,*abe . buckingham*

**Work of Zygmund, Banach, Kuratowski, etc ...**,*Julien Santini***Re: Work of Zygmund, Banach, Kuratowski, etc ...**,*Dave L. Renfro***Re: Work of Zygmund, Banach, Kuratowski, etc ...**,*john_ramsden***Re: Work of Zygmund, Banach, Kuratowski, etc ...**,*Julien Santini***Re: Work of Zygmund, Banach, Kuratowski, etc ...**,*Julien Santini*

**multivariable fitting problem**,*JustinLeeTurner***Groups (ENS exam)**,*Julien Santini***Re: Groups (ENS exam)**,*Ken Pledger***Re: Groups (ENS exam)**,*Julien Santini*

**Re: Groups (ENS exam)**,

**Limit Proofs**,*tlicious***Re: Limit Proofs**,*[Mr.] Lynn Kurtz***Re: Limit Proofs**,*Kobu***Re: Limit Proofs**,*Luke Wu***Re: Limit Proofs**,*Kobu***Re: Limit Proofs**,*Luke Wu***Re: Limit Proofs**,*Ronald Bruck***Re: Limit Proofs**,*Luke Wu*

**Re: Limit Proofs**,*Carlos Moreno***Re: Limit Proofs**,*Shmuel (Seymour J.) Metz***Re: Limit Proofs**,*Ronald Bruck*

**Finding an interval**,*mathforsweta@xxxxxxxxx***millenium prize for poincare conjecture**,*bijan***Re: millenium prize for poincare conjecture**,*Lee Rudolph***Re: millenium prize for poincare conjecture**,*marko_amnell***Re: millenium prize for poincare conjecture**,*Shmuel (Seymour J.) Metz*

**Re: millenium prize for poincare conjecture**,*Chan-Ho Suh*

**Re: millenium prize for poincare conjecture**,*Larry Hammick*

**Re: Steiner Systems**,*PaulHjelmstad***Re: Steiner Systems**,- <Possible follow-ups>
**Re: Steiner Systems**,*PaulHjelmstad***Re: Steiner Systems**,*PaulHjelmstad***Re: Steiner Systems**,*PaulHjelmstad***Re: Steiner Systems**,*PaulHjelmstad***Re: Steiner Systems**,*PaulHjelmstad***Re: Steiner Systems**,*PaulHjelmstad*

**preimage under a non-injective function = sensical?**,*Kenneth Bull***Re: preimage under a non-injective function = sensical?**,*Arturo Magidin*

**Is there a natural phenomena which defines the Normal Curve?**,*Brablo***Re: Is there a natural phenomena which defines the Normal Curve?**,*Keith A. Lewis***Re: Is there a natural phenomena which defines the Normal Curve?**,*Lee Rudolph***Re: Is there a natural phenomena which defines the Normal Curve?**,*mensanator@xxxxxxxxxxx*

**Re: Is there a natural phenomena which defines the Normal Curve?**,*Gerry Myerson***Re: Is there a natural phenomena which defines the Normal Curve?**,*Herman Rubin***Re: Is there a natural phenomena which defines the Normal Curve?**,*Ronald Bruck***Re: Is there a natural phenomena which defines the Normal Curve?**,*quasi***Re: Is there a natural phenomena which defines the Normal Curve?**,*Ronald Bruck***Re: Is there a natural phenomena which defines the Normal Curve?**,*ArtflDodgr***Re: Is there a natural phenomena which defines the Normal Curve?**,*Ronald Bruck***Re: Is there a natural phenomena which defines the Normal Curve?**,*Robert Israel***Re: Is there a natural phenomena which defines the Normal Curve?**,*Ronald Bruck***Re: Is there a natural phenomena which defines the Normal Curve?**,*Ronald Bruck***Re: Is there a natural phenomena which defines the Normal Curve?**,*ArtflDodgr***Re: Is there a natural phenomena which defines the Normal Curve?**,*david petry***Re: Is there a natural phenomena which defines the Normal Curve?**,*ArtflDodgr***Re: Is there a natural phenomena which defines the Normal Curve?**,*Herman Rubin***Re: Is there a natural phenomena which defines the Normal Curve?**,*Ronald Bruck***Re: Is there a natural phenomena which defines the Normal Curve?**,*John Coleman***Re: Is there a natural phenomena which defines the Normal Curve?**,*Herman Rubin***Re: Is there a natural phenomena which defines the Normal Curve?**,*Robert Israel**Message not available***Re: Is there a natural phenomena which defines the Normal Curve?**,*ArtflDodgr***Re: Is there a natural phenomena which defines the Normal Curve?**,*quasi***Re: Is there a natural phenomena which defines the Normal Curve?**,*Herman Rubin***Re: Is there a natural phenomena which defines the Normal Curve?**,*quasi***Re: Is there a natural phenomena which defines the Normal Curve?**,*Herman Rubin*

**Re: Is there a natural phenomena which defines the Normal Curve?**,*david petry***Re: Is there a natural phenomena which defines the Normal Curve?**,*G. A. Edgar***Re: Is there a natural phenomena which defines the Normal Curve?**,*david petry***Re: Is there a natural phenomena which defines the Normal Curve?**,*Randy Poe**Message not available***Re: Is there a natural phenomena which defines the Normal Curve?**,*Randy Poe***Re: Is there a natural phenomena which defines the Normal Curve?**,*Robert Israel***Re: Is there a natural phenomena which defines the Normal Curve?**,*Herman Rubin***Re: Is there a natural phenomena which defines the Normal Curve?**,*Han de Bruijn***Re: Is there a natural phenomena which defines the Normal Curve?**,*Herman Rubin***Re: Is there a natural phenomena which defines the Normal Curve?**,*zzbunker@xxxxxxxxxxxx*

**Re: Is there a natural phenomena which defines the Normal Curve?**,*Mary Kizer***Re: Is there a natural phenomena which defines the Normal Curve?**,*G. A. Edgar***Re: Is there a natural phenomena which defines the Normal Curve?**,*luiroto***Re: Is there a natural phenomena which defines the Normal Curve?**,*Narasimham*

**Residue theorem for a non-simple piecewise smooth path**,*Julien Santini*- <Possible follow-ups>
**Residue theorem for a non-simple piecewise smooth path**,*Julien Santini***Re: Residue theorem for a non-simple piecewise smooth path**,*Robert Israel***Re: Residue theorem for a non-simple piecewise smooth path**,*Julien Santini*

**Re: Residue theorem for a non-simple piecewise smooth path**,*David C . Ullrich***Re: Residue theorem for a non-simple piecewise smooth path**,*Julien Santini*

**A question on "finite substes of an infinite set".**,*okthen***Re: A question on "finite substes of an infinite set".**,*Gerry Myerson***Re: A question on "finite substes of an infinite set".**,*smn***Re: A question on "finite substes of an infinite set".**,*Stephen J. Herschkorn***Re: A question on "finite substes of an infinite set".**,*Stephen J. Herschkorn*

**Re: A question on "finite substes of an infinite set".**,*smn*

**Re: A question on "finite substes of an infinite set".**,*okthen***Re: A question on "finite substes of an infinite set".**,*smn***Re: A question on "finite substes of an infinite set".**,*David C . Ullrich***Re: A question on "finite substes of an infinite set".**,*okthen***Re: A question on "finite substes of an infinite set".**,*Stephen J. Herschkorn***Re: A question on "finite substes of an infinite set".**,*smn***Re: A question on "finite substes of an infinite set".**,*smn***Re: A question on "finite substes of an infinite set".**,*okthen***Re: A question on "finite substes of an infinite set".**,*smn***Re: A question on "finite substes of an infinite set".**,*Stephen J. Herschkorn*

**Re: A mass is an unspecified quantity of matter**,*Don1***is this as easy as i think? finite complement topology**,*Bob***Re: is this as easy as i think? finite complement topology**,*Arturo Magidin***Re: is this as easy as i think? finite complement topology**,*Bob***Re: is this as easy as i think? finite complement topology**,*Arturo Magidin***Re: is this as easy as i think? finite complement topology**,*Bob***Re: is this as easy as i think? finite complement topology**,*Bob***Re: is this as easy as i think? finite complement topology**,*Arturo Magidin***Re: is this as easy as i think? finite complement topology**,*Arturo Magidin***Re: is this as easy as i think? finite complement topology**,*Bob***Re: is this as easy as i think? finite complement topology**,*Martin Wanvik***Re: is this as easy as i think? finite complement topology**,*Bob***Re: is this as easy as i think? finite complement topology**,*Martin Wanvik***Re: is this as easy as i think? finite complement topology**,*Arturo Magidin*

**Is the group Z x Z cyclic?**,*tinaimp88***Re: Is the group Z x Z cyclic?**,*Achava Nakhash, the Loving Snake***Re: Is the group Z x Z cyclic?**,*William Elliot***Re: Is the group Z x Z cyclic?**,*Bill Dubuque*

**A question on notation**,*USENET***Re: A question on notation**,*Dirk Van de moortel*

**limit point compact**,*Jonas***Re: limit point compact**,*A N Niel*

**A proposition about graph theory**,*José Carlos Santos***Re: A proposition about graph theory**,*Ken Pledger***Re: A proposition about graph theory**,*José Carlos Santos*

**Need help with Calculus**,*Alok***Re: Need help with Calculus**,*[Mr.] Lynn Kurtz***Re: Need help with Calculus**,*Alok***Re: Need help with Calculus**,*[Mr.] Lynn Kurtz***Re: Need help with Calculus**,*Narasimham*

*Message not available***Re: Need help with Calculus**,*Narasimham***Re: Need help with Calculus**,*Narasimham*

**Re: Need help with Calculus**,*Rick Decker***Re: Need help with Calculus**,*[Mr.] Lynn Kurtz***Re: Need help with Calculus**,*Rick Decker***Re: Need help with Calculus**,*Rick Decker*

**Re: Need help with Calculus**,*William Elliot***Re: Need help with Calculus**,*William Elliot**Message not available***Re: Need help with Calculus**,*Rob Johnson**Message not available***Re: Need help with Calculus**,*Rob Johnson*

**Question to Jose Carlos Santos (vector spaces)**,*Carl R.***Re: Question to Jose Carlos Santos (vector spaces)**,*José Carlos Santos*

**derived group**,*HY***Re: derived group**,*Lee Rudolph***Re: derived group**,**Re: derived group**,*Gerry Myerson***Re: derived group**,*HY***Re: derived group**,*Lee Rudolph***Re: derived group**,

**Maxwell-Wien bridge...**,*No Way***tree of mathematical categories**,*tone.skoda@xxxxxxxxx***Re: tree of mathematical categories**,*Dave L. Renfro*

**A cheap Fractional Calculus book?**,*Henri Tapani Heinonen***Re: A cheap Fractional Calculus book?**,*Han de Bruijn***Re: A cheap Fractional Calculus book?**,*alexandru . lupas***Re: A cheap Fractional Calculus book?**,*A N Niel*

**Re: A cheap Fractional Calculus book?**,*alexandru . lupas***Re: A cheap Fractional Calculus book?**,*carlos***Re: A cheap Fractional Calculus book?**,*carlos*

**Magic Numbers ...**,*Gary***Re: Magic Numbers ...**,*Proginoskes*

**A Hilbert matrix problem**,*olejman***Complex Geometry**,*Lukas Horosiewicz***Fibred knots/links**,*zeroSpamNotLesttype***A prime number theory related question**,*Ricky R.***Motivation between sheafs and category theory**,*Jose Capco***Re: Motivation between sheafs and category theory**,*Lukas Horosiewicz***Re: Motivation between sheafs and category theory**,*Lukas Horosiewicz***Re: Motivation between sheafs and category theory**,*Jose Capco***Re: Motivation between sheafs and category theory**,*Lukas Horosiewicz***Re: Motivation between sheafs and category theory**,*Lukas Horosiewicz*

**A number theory related problem**,*MuTsun Tsai***Fields-finitely generated and finite dimensional**,*BUFFE420@xxxxxxx***Re: Fields-finitely generated and finite dimensional**,*David C . Ullrich***Re: Fields-finitely generated and finite dimensional**,*JoeS***Re: Fields-finitely generated and finite dimensional**,*Arturo Magidin***Re: Fields-finitely generated and finite dimensional**,*JoeS***Re: Fields-finitely generated and finite dimensional**,*Bill Dubuque***Re: Fields-finitely generated and finite dimensional**,*quasi***Re: Fields-finitely generated and finite dimensional**,*Gerry Myerson***Re: Fields-finitely generated and finite dimensional**,*Arturo Magidin***Re: Fields-finitely generated and finite dimensional**,*David C . Ullrich*

**wanna simple equations?**,*yakuza***Re: wanna simple equations?**,*Anon***Re: wanna simple equations?**,*David Hartley*

**universal cover**,*Kauro***Interesting problem? Or a standard probability problem?**,*Carlos Moreno***probability problem**,*Greenleaf***Re: probability problem**,*mensanator@xxxxxxxxxxx***Re: probability problem**,*mensanator@xxxxxxxxxxx***Re: probability problem**,*mensanator@xxxxxxxxxxx*

**Re: probability problem**,*jmorriss@xxxxxxxxxxx***Re: probability problem**,*Stephen J. Herschkorn***Re: probability problem**,*Pink Magic*

**few problems in number theory**,*Greenleaf***Re: few problems in number theory**,*Achava Nakhash, the Loving Snake***Re: few problems in number theory**,*pauldepstein***Re: few problems in number theory**,*Shmuel (Seymour J.) Metz***Re: few problems in number theory**,*G. A. Edgar*

**Re: few problems in number theory**,*pauldepstein***Re: few problems in number theory**,*Peter L. Montgomery*

**Re: few problems in number theory**,*David Ames***Re: few problems in number theory**,*William Elliot***Re: few problems in number theory**,*Ignacio Larrosa Caņestro***Re: few problems in number theory**,*Ignacio Larrosa Caņestro***Re: few problems in number theory**,*Peter L. Montgomery***Re: few problems in number theory**,*Ignacio Larrosa Caņestro***Re: few problems in number theory**,*Peter L. Montgomery*

**Re: few problems in number theory**,*pauldepstein***Re: few problems in number theory**,*dwwdkddb***Re: few problems in number theory**,*dwwdkddb***Re: few problems in number theory**,*Dave Rusin***Re: few problems in number theory**,*William Elliot***Re: few problems in number theory**,*Robert Israel***Re: few problems in number theory**,*Dave Rusin*

**Re: few problems in number theory**,*pauldepstein***Re: few problems in number theory**,*dwwdkddb*

**Re: few problems in number theory**,*David Ames*

**Re: few problems in number theory**,*Achava Nakhash, the Loving Snake***Re: few problems in number theory**,*temptony***Re: few problems in number theory**,*stush***Re: few problems in number theory**,*Keith A. Lewis***Re: few problems in number theory**,*Greenleaf*

**Smooth map problem**,*stupidG***Re: Smooth map problem**,*The World Wide Wade***Re: Smooth map problem**,*stupidG***Re: Smooth map problem**,*quasi***Re: Smooth map problem**,*quasi***Re: Smooth map problem**,*Proginoskes*

**Re: Is U(H) weakly closed?**,*Giorgio Casinovi***the power of cyclic subgroups (a proposal)**,*Gottfried Helms***Re: the power of cyclic subgroups (a proposal)**,*Gottfried Helms*

**A question about n-fold torus**,*ememy***Binary stored word addition**,*batman4050***Re: Binary stored word addition**,*Keith A. Lewis***Re: Binary stored word addition**,*batman4050*

**Re: Binary stored word addition**,*William Elliot***Re: Binary stored word addition**,*batman4050*

**Re: Binary stored word addition**,*Shmuel (Seymour J.) Metz***Re: Binary stored word addition**,*batman4050***Re: Binary stored word addition**,*Keith A. Lewis*

**Group Theory Proof.**,*tinaimp88***Re: Group Theory Proof.**,*Arturo Magidin***Re: Group Theory Proof.**,*tinaimp88***Re: Group Theory Proof.**,*magidin@xxxxxxxxxxxxxxxxx***Re: Group Theory Proof.**,*tinaimp88***Re: Group Theory Proof.**,*magidin@xxxxxxxxxxxxxxxxx*

**Suggestion for reading required**,*lhr_cool_guy***Re: Suggestion for reading required**,*Fermat***Re: Suggestion for reading required**,*Robert Low***Re: Suggestion for reading required**,*Fred Stevens***Re: Suggestion for reading required**,*Stephen J. Herschkorn***Re: Suggestion for reading required**,*Shmuel (Seymour J.) Metz*

**Simple proof**,*Fermat***Re: Simple proof**,*[Mr.] Lynn Kurtz***Re: Simple proof**,*Fermat*

**Re: Simple proof**,*Randy Poe***Re: Simple proof**,*Fermat*

**Integral extensions/Finitely generated question**,*James***Empirically measure convexity of a data series**,*Chris***Integral closedness question**,*James***Re: Integral closedness question**,*dgiaimo@xxxxxxxxx***Re: Integral closedness question**,*quasi***Re: Integral closedness question**,*Arturo Magidin*

**Re: BFGS C Code**,*Jan van der Peet***Re: Even CEOs consult us.**,*BEM***Re: Even CEOs consult us.**,*kiru . sengal***Re: Even CEOs consult us.**,*Colleyville Alan*

**concerning the gateaux derivative**,*Dusan***Re: concerning the gateaux derivative**,*Jiri Lebl***Re: concerning the gateaux derivative**,*Dusan***Re: concerning the gateaux derivative**,*Jiri Lebl***Re: concerning the gateaux derivative**,*Robert Low***Re: concerning the gateaux derivative**,*Jiri Lebl*

**Re: concerning the gateaux derivative**,*Robert Israel*

**lambda calculus tutorial**,*species8350***E' of E = t*k*p**,*erehwon***Re: E' of E = t*k*p**,*Robert Low***Re: E' of E = t*k*p**,*Jules***Re: E' of E = t*k*p**,*Keith A. Lewis*

**Negating the statement of "equicontinuous"?**,*comtech***Re: Negating the statement of "equicontinuous"?**,*smn***Re: Negating the statement of "equicontinuous"?**,*David C . Ullrich***Re: Negating the statement of "equicontinuous"?-**,*JEMebius*

**Proving that D is B's closure, and proving D is B's interior?**,*comtech***differentiation**,*erehwon***Re: differentiation**,*erehwon*

**What is the definition of A is dense in B?**,*comtech***Re: What is the definition of A is dense in B?**,*José Carlos Santos*

**taking root of both sides - reversible?**,*Kobu***Re: taking root of both sides - reversible?**,*Keith A. Lewis*

**Does a simple function exixt with these properties?**,*Charles McLane***Re: Does a simple function exixt with these properties?**,*[Mr.] Lynn Kurtz***Re: Does a simple function exixt with these properties?**,*[Mr.] Lynn Kurtz*

**Re: Does a simple function exixt with these properties?**,*[Mr.] Lynn Kurtz***Re: Does a simple function exixt with these properties?**,*Proginoskes***Re: Does a simple function exixt with these properties?**,*r.e.s.***Re: Does a simple function exixt with these properties?**,*The World Wide Wade*

**Re: Does a simple function exixt with these properties?**,*Robert Israel***Re: Does a simple function exixt with these properties?**,*The World Wide Wade***Re: Does a simple function exixt with these properties?**,*Rob Johnson*

**Re: Does a simple function exixt with these properties? No solution yet.**,*Charles McLane***Re: Does a simple function exixt with these properties? No solution yet.**,*[Mr.] Lynn Kurtz***Re: Does a simple function exixt with these properties? No solution yet.**,*The World Wide Wade***SOLVED! Does a simple function exixt with these properties?**,*Charles McLane***Re: SOLVED! Does a simple function exixt with these properties?**,*The World Wide Wade*

*Message not available***Re: Does a simple function exixt with these properties?**,*Proginoskes***Re: Does a simple function exixt with these properties?**,*Gerry Myerson***Re: Does a simple function exixt with these properties?**,*Stephen M. Fortescue*

**Extension Fields Proofs**,*michael . esposito***Re: Extension Fields Proofs**,*eugene***Re: Extension Fields Proofs**,*BUFFE420@xxxxxxx***Re: Extension Fields Proofs**,*BUFFE420@xxxxxxx***Re: Extension Fields Proofs**,*eugene*

**Re: Extension Fields Proofs**,*Toni Lassila*

**Representation in enriched category theory**,*No One***condition on entire function...**,*graumet***Re: condition on entire function...**,*The World Wide Wade***Re: condition on entire function...**,*David C . Ullrich***Re: condition on entire function...**,*david petry***Re: condition on entire function...**,*David C . Ullrich***Re: condition on entire function...**,*graumet***Re: condition on entire function...**,*graumet***Re: condition on entire function...**,*david petry*

**Question on Homotopy Classes**,*Narcoleptic Insomniac***Re: Question on Homotopy Classes**,*Lee Rudolph***Re: Question on Homotopy Classes**,*Narcoleptic Insomniac*

**bluman and kumei**,*rancid moth***limits of non-functions (relations)**,*Kobu***Re: limits of non-functions (relations)**,*William Elliot*

**? avoid zero e-value**,*Cheng Cosine***Re: ? avoid zero e-value**,*Robert Israel*- <Possible follow-ups>
**? avoid zero e-value**,*Cheng Cosine***Re: ? avoid zero e-value**,*Gerry Myerson***Re: ? avoid zero e-value**,*Cheng Cosine***Re: ? avoid zero e-value**,*Robert Israel***Re: ? avoid zero e-value**,*Cheng Cosine***Re: ? avoid zero e-value**,*Robert Israel***Re: ? avoid zero e-value**,*Hero*

**Toplitz like systems**,*frs***Re: Toplitz like systems**,*Robert Israel*

**Re: A transformation problem**,*WIldhagensux***Math Problem**,*PaulHjelmstad***Re: Math Problem**,*Randy Poe***Re: Math Problem**,*Surendar Jeyadev*

**Re: Math Problem**,*Keith A. Lewis***Re: Math Problem**,*Peter L. Montgomery***Re: Math Problem**,*fishfry***Re: Math Problem**,*LC Killingbeck***Re: Math Problem**,*Narasimham*

**getting more familiar with gaussian primes**,*Gottfried Helms***Re: getting more familiar with gaussian primes**,*Keith A. Lewis***Re: getting more familiar with gaussian primes**,*Gottfried Helms*

**Re: getting more familiar with gaussian primes**,*Arturo Magidin***Re: getting more familiar with gaussian primes**,*Gottfried Helms***Re: getting more familiar with gaussian primes**,*Arturo Magidin*

**Re: getting more familiar with gaussian primes**,*JoeS***Re: getting more familiar with gaussian primes**,*Gottfried Helms*

**Homotopy Question**,*Narcoleptic Insomniac***Re: Homotopy Question**,*Ed Hook***Re: Homotopy Question**,*Narcoleptic Insomniac*

**image v. range**,*Gary Weselle***Re: image v. range**,*Robert Israel***Re: image v. range**,*Dave Rusin***Re: image v. range**,*John H Palmieri*

**Re: image v. range**,*wwromeo***Re: image v. range**,*Shmuel (Seymour J.) Metz*

**Re: image v. range**,*Jeff***Re: image v. range**,*Peter Allen***Re: image v. range**,*wwromeo***Re: image v. range**,*Peter Allen*

**Re: image v. range**,*MoeBlee*

**notation of mapping**,*Gary Weselle***Re: notation of mapping**,*Robert Low*

**How to generate a random irreducible polynomial in GF[2]**,*zig . wei***Re: How to generate a random irreducible polynomial in GF[2]**,*Robert Israel*

**Re: Some more novel dice questions**,*G.E. Ivey***Re: Some more novel dice questions**,*mensanator@xxxxxxxxxxx*

**Initial form in a graded ring**,*vvvsan***Bounded Rearragement**,*Albert***Re: Bounded Rearragement**,*David C . Ullrich***Re: Bounded Rearragement**,*Albert*

**Re: Two algebraic inequalies.....**,*Valeriu Anisiu***Re: Two algebraic inequalies.....**,*alexandru . lupas*

**group action**,*eugene***Re: group action**,*José Carlos Santos***Re: group action**,**Re: group action**,*José Carlos Santos*

**Re: group action**,*Arturo Magidin***Re: group action**,*eugene*

**Re: group action**,

**bound on eigenvalues...**,*comtech***Re: bound on eigenvalues...**,*José Carlos Santos***Re: bound on eigenvalues...**,*Robert Low***Re: bound on eigenvalues...**,*comtech***Re: bound on eigenvalues...**,*Robert Low*

**Re: bound on eigenvalues...**,*alexandru . lupas***Re: bound on eigenvalues...**,*Robert Israel*

**Wilson's theorem**,*carel***Re: Wilson's theorem**,*denis feldmann***Re: Wilson's theorem**,*david petry***Re: Wilson's theorem**,*cbrown***Re: Wilson's theorem**,*david petry***Re: Wilson's theorem**,*cbrown***Re: Wilson's theorem**,*cbrown*

**basic question about metric space... is a distance metric continuous function?**,*comtech***Re: basic question about metric space... is a distance metric continuous function?**,*William Elliot***Re: basic question about metric space... is a distance metric continuous function?**,*José Carlos Santos*

**How do you define a polynomial? What is the official definition of a polynomial?**,*comtech***Re: How do you define a polynomial? What is the official definition of a polynomial?**,*Robert Low***Re: How do you define a polynomial? What is the official definition of a polynomial?**,*William Elliot***Re: How do you define a polynomial? What is the official definition of a polynomial?**,*David C . Ullrich***Re: How do you define a polynomial? What is the official definition of a polynomial?**,*comtech***Re: How do you define a polynomial? What is the official definition of a polynomial?**,*Arturo Magidin***Re: How do you define a polynomial? What is the official definition of a polynomial?**,*Bill Dubuque***Re: How do you define a polynomial? What is the official definition of a polynomial?**,*magidin@xxxxxxxxxxxxxxxxx***Re: How do you define a polynomial? What is the official definition of a polynomial?**,*David C . Ullrich*

**Re: How do you define a polynomial? What is the official definition of a polynomial?**,*Toni Lassila***Re: How do you define a polynomial? What is the official definition of a polynomial?**,*Chip Eastham***Re: How do you define a polynomial? What is the official definition of a polynomial?**,*Keith A. Lewis***Re: How do you define a polynomial? What is the official definition of a polynomial?**,*Dave Rusin***Re: How do you define a polynomial? What is the official definition of a polynomial?**,*mzafrullah**Message not available***Re: How do you define a polynomial? What is the official definition of a polynomial?**,*David C . Ullrich***Re: How do you define a polynomial? What is the official definition of a polynomial?**,*comtech***Re: How do you define a polynomial? What is the official definition of a polynomial?**,*Arturo Magidin***Re: How do you define a polynomial? What is the official definition of a polynomial?**,*mzafrullah***Re: How do you define a polynomial? What is the official definition of a polynomial?**,*Robert Low***Re: How do you define a polynomial? What is the official definition of a polynomial?**,*A N Niel***Re: How do you define a polynomial? What is the official definition of a polynomial?**,*David C . Ullrich*

**Re: Nested Sums of Reciprocals and Harmonic Numbers**,*LC Killingbeck***FERMAT LAST THEOREM**,*byafet***Re: FERMAT LAST THEOREM**,*quasi***Re: FERMAT LAST THEOREM**,*byafet***Re: FERMAT LAST THEOREM**,*quasi*

**Re: FERMAT LAST THEOREM**,*Roman B. Binder*

**integral does not exist vs. Riemann unintegrable?**,*comtech***Re: integral does not exist vs. Riemann unintegrable?**,*Robert Israel*

**Eqation of line**,*incon***Re: Eqation of line**,*fishfry***Re: Eqation of line**,*Dave***Re: Eqation of line**,*incon***Re: Eqation of line**,*Dave***Re: Eqation of line**,*Randy Poe***Re: Eqation of line**,*incon*

**The best quiz and trivia site.**,*info***Good DE book**,*Patrick***Re: Good DE book**,*Rouben Rostamian***Re: Good DE book**,*Conrad Creel*

**Re: area in hyperbolic plane**,*TCL***Collatz primes of the form -- (2^n*10-1)/3**,*Dan***Simple, write to the FTC on Google**,*woo***Re: Simple, write to the FTC on Google**,*Joseph***an***Re: Simple, write to the FTC on Google**,*woo***Re: Simple, write to the FTC on Google**,*Ben Rudiak-Gould***Re: Simple, write to the FTC on Google**,*matthias***Re: Simple, write to the FTC on Google**,*Proginoskes*

**Re: Simple, write to the FTC on Google**,*Dave L. Renfro*- <Possible follow-ups>
**Re: Simple, write to the FTC on Google**,*woo***Re: Simple, write to the FTC on Google**,*woo*

**grav problem**,*Paul***Re: grav problem**,*William Elliot*

**Re: Einstein was dumb. ahahaha... AHAHAHA... ahahaha...**,*Dement*- <Possible follow-ups>
**Re: Einstein was dumb. ahahaha... AHAHAHA... ahahaha...**,*lataianu bogdan*

**cyclic**,*jade1378***Re: cyclic**,*Hans***Re: cyclic**,*mskirvin*

**Re: cyclic**,*lataianu bogdan***Re: cyclic**,*Arturo Magidin***Re: cyclic**,*Bill Dubuque*

**inverse of f(x) = e^x + x + 3**,*wwromeo***Re: inverse of f(x) = e^x + x + 3**,*Ioannis***Re: inverse of f(x) = e^x + x + 3**,*G. A. Edgar***Re: inverse of f(x) = e^x + x + 3**,*Anon***Re: inverse of f(x) = e^x + x + 3**,*wwromeo***Re: inverse of f(x) = e^x + x + 3**,*Ioannis***Re: inverse of f(x) = e^x + x + 3**,*wwromeo***Re: inverse of f(x) = e^x + x + 3**,*Ioannis*

**Laplace Inverse of s/(s+a)**,*daniel . seliskar***Re: Laplace Inverse of s/(s+a)**,*Robert Israel***Re: Laplace Inverse of s/(s+a)**,*Anon***Re: Laplace Inverse of s/(s+a)**,*Stephen***Re: Laplace Inverse of s/(s+a)**,*Heid The Baw***Re: Laplace Inverse of s/(s+a)**,*[Mr.] Lynn Kurtz*

**Software for multivariate solution counting?**,*David Sevilla***? decomposing B matrix in A matrix's e-vectors**,*Cheng Cosine***Axiomatic Set Theory and the Uniqueness of the Natural Numbers**,*Adam Burley***Re: Axiomatic Set Theory and the Uniqueness of the Natural Numbers**,*Pawel Gladki***Re: Axiomatic Set Theory and the Uniqueness of the Natural Numbers**,*MoeBlee***Re: Axiomatic Set Theory and the Uniqueness of the Natural Numbers**,*matthias***Re: Axiomatic Set Theory and the Uniqueness of the Natural Numbers**,*Stephen J. Herschkorn*

**Uniqueness in 2005 Putnam A1**,*Peter L. Montgomery***Re: Uniqueness in 2005 Putnam A1**,*Robert Israel***Re: Uniqueness in 2005 Putnam A1**,*Woeginger Gerhard*

**Complex analysis question**,*Abdulla***Re: Complex analysis question**,*Abdulla***Re: Complex analysis question**,*The World Wide Wade***Re: Complex analysis question**,*Jules***Re: Complex analysis question**,*Jules***Re: Complex analysis question**,*pauldepstein*

**extensions of Bezout's theorem to non-integer powers?**,*c.rowat@xxxxxxxxxx***Re: extensions of Bezout's theorem to non-integer powers?**,*c.rowat@xxxxxxxxxx***Re: extensions of Bezout's theorem to non-integer powers?**,*Dave Rusin***Re: extensions of Bezout's theorem to non-integer powers?**,*c.rowat@xxxxxxxxxx***Re: extensions of Bezout's theorem to non-integer powers?**,*Dave Rusin*

**Looman-Menchoff theorem**,*Julien Santini***Re: Looman-Menchoff theorem**,*Dave L. Renfro***Re: Looman-Menchoff theorem**,*Julien Santini*

**"Math gains add up"**,*yared22311***GOOD LUCK...**,*blue.formula : blue.kids***Example of a Vector Space which cannot be made into an inner product space**,*A K L***Re: Example of a Vector Space which cannot be made into an inner product space**,*Dave Rusin***Re: Example of a Vector Space which cannot be made into an inner product space**,*G. A. Edgar***Re: Example of a Vector Space which cannot be made into an inner product space**,*Lee Rudolph***Re: Example of a Vector Space which cannot be made into an inner product space**,*Jules***Re: Example of a Vector Space which cannot be made into an inner product space**,*Arturo Magidin***Re: Example of a Vector Space which cannot be made into an inner product space**,*David C . Ullrich***Re: Example of a Vector Space which cannot be made into an inner product space**,*Arturo Magidin***Re: Example of a Vector Space which cannot be made into an inner product space**,*A K L*

**set builder notation**,*Luke Wu***Re: set builder notation**,*Adam Burley***Re: set builder notation**,*William Elliot*

**Proof of tan 1 > root 2**,*agentmath***Re: Proof of tan 1 > root 2**,*Ignacio Larrosa Caņestro***Re: Proof of tan 1 > root 2**,*Gerry Myerson***Re: Proof of tan 1 > root 2**,*Ignacio Larrosa Caņestro***Re: Proof of tan 1 > root 2**,*agentmath***Re: Proof of tan 1 > root 2**,*Robert Israel***Re: Proof of tan 1 > root 2**,*martin cohen***Re: Proof of tan 1 > root 2**,*agentmath***Re: Proof of tan 1 > root 2**,*Zdislav V. Kovarik*

**Re: Proof of tan 1 > root 2**,*dbeckman***Re: Proof of tan 1 > root 2**,*Zdislav V. Kovarik***Re: Proof of tan 1 > root 2**,*Zdislav V. Kovarik*

**Re: Proof of tan 1 > root 2**,*Nathan***Re: Proof of tan 1 > root 2**,*agentmath*

**nonabelian group**,*Bobbine***Re: nonabelian group**,*Arturo Magidin***Re: nonabelian group**,*ememy***Re: nonabelian group**,*jade1378***Re: nonabelian group**,*Arturo Magidin*

**David Rusin : Prime ideals and Maximal ideals question**,*James***question on deceleration due to friction.**,*edz***Properties of a certain algebra**,*mateus.oliveira***Re: Properties of a certain algebra**,*William Elliot***Re: Properties of a certain algebra**,*William Elliot***Re: Properties of a certain algebra**,*mateus.oliveira***Re: Properties of a certain algebra**,*John Coleman***Re: Properties of a certain algebra**,*John Coleman***Re: Properties of a certain algebra**,*Marc Olschok*

**Re: Properties of a certain algebra**,*John Coleman***Re: Properties of a certain algebra**,*James Dolan***Re: Properties of a certain algebra**,*Peter L. Montgomery***Re: Properties of a certain algebra**,*Peter L. Montgomery*

**Best order from a weighted directed graph**,*Bob***[Suduko] Hofstadter Move?**,*Hauke Reddmann***Re: Hofstadter Move?**,*Matt Noonan***Re: Hofstadter Move?**,*r.e.s.***Re: Hofstadter Move?**,*Matt Noonan*

**game with stochastic subgradient strategy updates**,*stan***Weak contiuity of an operator**,*Pawel Kliber***Re: Weak contiuity of an operator**,*David C . Ullrich***Re: Weak contiuity of an operator**,*Pawel Kliber***Re: Weak contiuity of an operator**,*Ronald Bruck*

**subfield of rational numbers**,*dwwdkddb***Re: subfield of rational numbers**,*A N Niel***Re: subfield of rational numbers**,*dwwdkddb*

**Re: subfield of rational numbers**,*Dave Rusin***Re: subfield of rational numbers**,*Bill Dubuque*

**Complex variable**,*Elena Rojo***Re: Complex variable**,*Jose Antonio*

**differential calculus**,*javier minguez***Re: differential calculus**,*Jose Antonio*- <Possible follow-ups>
**differential calculus**,*Javier Minguez*

**New mathematics/physical sciences positions at http://jobs.phds.org, December 05, 2005**,*PhDs . org Webmaster***Conditional expectation vs infinite expectation**,*LordBeotian***Re: Conditional expectation vs infinite expectation**,*Jannick Asmus***Re: Conditional expectation vs infinite expectation**,*Herman Rubin***Re: Conditional expectation vs infinite expectation**,*Stephen J. Herschkorn*

**Logic Proofs**,*Mikey***Re: Logic Proofs**,*Pinyan***Re: Logic Proofs**,*Mr X .***Re: Logic Proofs**,*Mr . X*

**Re: Logic Proofs**,*Mikey*

**Uniform convergence of series of sums...**,*comtech***Re: Uniform convergence of series of sums...**,*A N Niel***Re: Uniform convergence of series of sums...**,*David C . Ullrich***Re: Uniform convergence of series of sums...**,*comtech***Re: Uniform convergence of series of sums...**,*Robert Israel***Re: Uniform convergence of series of sums...**,*David C . Ullrich*

**Does fn(x)=x^n uniformly convergent on [0, a] for a<1?**,*comtech***Re: Does fn(x)=x^n uniformly convergent on [0, a] for a<1?**,*David C . Ullrich*

**Uniform convergence vs. pointwise convergence?**,*comtech***Re: Uniform convergence vs. pointwise convergence?**,*Thomas Madden***Re: Uniform convergence vs. pointwise convergence?**,*David C . Ullrich*

**What's the difference between Riemann integrability and Existence of antiderivative?**,*comtech***how to prove this property of supremum?**,*comtech***Re: how to prove this property of supremum?**,*ConradCreel***Re: how to prove this property of supremum?**,*Arturo Magidin***Re: how to prove this property of supremum?**,*comtech***Re: how to prove this property of supremum?**,*Arturo Magidin***Re: how to prove this property of supremum?**,*comtech*

**Re: how to prove this property of supremum?**,*comtech*

**Re: how to prove this property of supremum?**,*NotP*

**basic question about set and functions...**,*comtech***Re: basic question about set and functions...**,*William Elliot***Re: basic question about set and functions...**,*Arturo Magidin***Re: basic question about set and functions...**,*Marc Olschok*

**Jordan Curve Theorem**,*jpawloski***Re: Jordan Curve Theorem**,*smn***Re: Jordan Curve Theorem**,*Timothy Murphy*

**Cross Ratio depends upon Rotation of a Pencil of Rays**,*Narasimham***radon-nikodym**,*diana2005***Re: radon-nikodym**,*David C . Ullrich*

**Cross Ratio is rotation of a pencil of rays**,*Narasimham***Topologically what is a torus in 2-d; difference between torus and sphere with a puncture hole**,*a_plutonium***Re: Dimensional consistency: f=ma**,*Marian Minar***Request help**,*jade1378***Re: Request help**,*mskirvin***Re: Request help**,*jade1378***Re: Request help**,*Bobbine***Re: Request help**,*Arturo Magidin*

**TRIG HELP**,*ashmangat@xxxxxxxxx*- <Possible follow-ups>
**TRIG HELP**,*ashmangat@xxxxxxxxx***Re: TRIG HELP**,*Virgil*

**separation of vars PDE**,*vsgdp***Re: separation of vars PDE**,*Robert Israel*

**collatz proof algorithm reveals e**,*ronaldo***Re: collatz proof algorithm reveals e**,*ronaldo***Re: collatz proof algorithm reveals e**,*Proginoskes***Re: collatz proof algorithm reveals e**,*ronaldo***Re: collatz proof algorithm reveals e**,*mensanator@xxxxxxxxxxx***Re: collatz proof algorithm reveals e**,*ronaldo***Re: collatz proof algorithm reveals e**,*ronaldo***Re: collatz proof algorithm reveals e**,*mensanator@xxxxxxxxxxx***Re: collatz proof algorithm reveals e**,*ronaldo***Re: collatz proof algorithm reveals e**,*ronaldo***Re: collatz proof algorithm reveals e**,*mensanator@xxxxxxxxxxx***Re: collatz proof algorithm reveals e**,*ronaldo***Re: collatz proof algorithm reveals e**,*mensanator@xxxxxxxxxxx***Re: collatz proof algorithm reveals e**,*mensanator@xxxxxxxxxxx***Re: collatz proof algorithm reveals e**,*ronaldo***Re: collatz proof algorithm reveals e**,*mensanator@xxxxxxxxxxx***Re: collatz proof algorithm reveals e**,*ronaldo***Re: collatz proof algorithm reveals e**,*mensanator@xxxxxxxxxxx***Re: collatz proof algorithm reveals e**,*ronaldo***Re: collatz proof algorithm reveals e**,*mensanator@xxxxxxxxxxx***Re: collatz proof algorithm reveals e**,*ronaldo***Re: collatz proof algorithm reveals e**,*mensanator@xxxxxxxxxxx***Re: collatz proof algorithm reveals e**,*mensanator@xxxxxxxxxxx***Re: collatz proof algorithm reveals e**,*ronaldo***Re: collatz proof algorithm reveals e**,*mensanator@xxxxxxxxxxx***Re: collatz proof algorithm reveals e**,*mensanator@xxxxxxxxxxx***Re: collatz proof algorithm reveals e**,*ronaldo*

**Re: collatz proof algorithm reveals e**,*mensanator@xxxxxxxxxxx*

**Re: 2005 Putnam problems and unofficial solutions (TeX)**,*Pinyan***integral problem**,*Bobbine***Re: integral problem**,*Zdislav V. Kovarik*

**Is the following two propositions correct?**,*comtech***What's wrong with the topologist's sine curve?**,*comtech***Re: What's wrong with the topologist's sine curve?**,*Arturo Magidin***Re: What's wrong with the topologist's sine curve?**,*Arturo Magidin*

**Re: What's wrong with the topologist's sine curve?**,*Jules***Re: What's wrong with the topologist's sine curve?**,*W. Dale Hall*

**Re: What's wrong with the topologist's sine curve?**,*David C . Ullrich*

**theorems about monotonocity and their converse**,*comtech***Calc. dia. of flat coil?**,*Norman Smith***Re: Calc. dia. of flat coil?**,*Virgil*

**basic Mandelbrot question**,*williamhbrockltd***Riemann integral?**,*comtech***Re: Riemann integral?**,*Someonekicked***Re: Riemann integral?**,*Someonekicked***Re: Riemann integral?**,*Jules***Re: Riemann integral?**,*Dave Rusin***Re: Riemann integral?**,*David C . Ullrich*

**Re: Riemann integral?**,*David C . Ullrich***Re: Riemann integral?**,*The World Wide Wade***Re: Riemann integral?**,*David C . Ullrich*

**Intervals and 'squares' of certainty**,*asafspades***Re: Intervals and 'squares' of certainty**,*Robert Israel***Re: Intervals and 'squares' of certainty**,*asafspades***Re: Intervals and 'squares' of certainty**,*asafspades***Re: Intervals and 'squares' of certainty**,*Robert Israel***Re: Intervals and 'squares' of certainty**,*Robert Low***Re: Intervals and 'squares' of certainty**,*asafspades***Re: Intervals and 'squares' of certainty**,*Robert Low*

**Re: Intervals and 'squares' of certainty**,*Jules***Re: Intervals and 'squares' of certainty**,*asafspades*

**How to set up a diff equation for circuit with a diode (Mathematica related)?**,*siliconmike***compact submanifold**,*g@math***Re: compact submanifold**,*Lee Rudolph*

**continuous and measurable**,*Bobbine***Re: continuous and measurable**,*Rupert***Re: continuous and measurable**,*matthew_folz***Re: continuous and measurable**,*Bobbine***Re: continuous and measurable**,*matthew_folz*

**Re: continuous and measurable**,*Herman Rubin*

**Re: continuous and measurable**,*Jiri Lebl*

**percentile question**,*Alexander S Klein**Message not available***Re: percentile question**,*Alexander S Klein**Message not available***Re: percentile question**,*Alexander S Klein***Re: percentile question**,*[Mr.] Lynn Kurtz***Re: percentile question**,*Robert May*

**null/alt hypothesis question**,*Alexander S Klein***Re: null/alt hypothesis question**,*Ronald Bruck***Re: null/alt hypothesis question**,*mathman*

**sum of square roots not rational**,*pmlbowt***Re: sum of square roots not rational**,*Dave L. Renfro***Re: sum of square roots not rational**,*quasi*

**some kind of uniqueness of vector fields?**,*candypantuf***Re: some kind of uniqueness of vector fields?**,*Shmuel (Seymour J.) Metz***Re: some kind of uniqueness of vector fields?**,*Thomas Mautsch*

**Re: Ed Barbeau's "Pell's Equation"**,*sttscitrans***Re: Ed Barbeau's "Pell's Equation"**,*rich burge***Re: Ed Barbeau's "Pell's Equation"**,*rich burge*

**the math defintion of continuity is very unintuitive...**,*comtech***Re: the math defintion of continuity is very unintuitive...**,*Someonekicked***Re: the math defintion of continuity is very unintuitive...**,*Dave L. Renfro***Re: the math defintion of continuity is very unintuitive...**,*Dave L. Renfro*

**Re: the math defintion of continuity is very unintuitive...**,*Jules***Re: the math defintion of continuity is very unintuitive...**,*David C . Ullrich*

**Re: computing geodesics, geodesic distance algorithms**,*Thomas Mautsch***Re: computing geodesics, geodesic distance algorithms**,*Robert Israel***Re: computing geodesics, geodesic distance algorithms**,*Thomas Mautsch***Re: computing geodesics, geodesic distance algorithms**,*Robert Israel*

- <Possible follow-ups>
**Re: computing geodesics, geodesic distance algorithms**,*Mathlete4STAR*

**help with finding m/n = 0.6746988, please**,*Prozac***change limit on normal distribution in octave**,*FG***linear algebra proof help**,*vsgdp***relatively open sets**,*speedy***Re: relatively open sets**,*Jules***Re: relatively open sets**,*speedy*

**Analysis problem from my friend,have no idea**,*Bobbine***Interpolation for rational functions**,*George Marsaglia***Re: Interpolation for rational functions**,*Toni Lassila***Re: Interpolation for rational functions**,*Toni Lassila***Re: Interpolation for rational functions**,*quasi*

**Re: Interpolation for rational functions**,*Herman Rubin***Re: Interpolation for rational functions**,*Raymond Manzoni*

*Message not available**Message not available***Re: Interpolation for rational functions**,*Gerry Myerson***Re: Interpolation for rational functions**,*Lee Rudolph*

**Requesting logic statements**,*brian0918***Re: Requesting logic statements**,*Dave L. Renfro***Re: Requesting logic statements**,*brian0918***Re: Requesting logic statements**,*Peter Webb***Re: Requesting logic statements**,*brian0918*

**Re: Requesting logic statements**,*fishfry*

**HOMOLOGY**,*leo1476***Re: HOMOLOGY**,*Lee Rudolph*

**Re: Ancient Remainder Arithmetic**,*Milo Gardner***java for MDS and LPP**,*paolo . marocco***Sobolev spaces**,*joe72***Compact connected Hausdorff**,*William Elliot***Re: Compact connected Hausdorff**,*Narcoleptic Insomniac***Re: Compact connected Hausdorff**,*Narcoleptic Insomniac***Re: Compact connected Hausdorff**,*William Elliot*

**Re: Compact connected Hausdorff**,*quasi***Re: Compact connected Hausdorff**,*Jannick Asmus***Re: Compact connected Hausdorff**,*quasi***Re: Compact connected Hausdorff**,*Jannick Asmus***Re: Compact connected Hausdorff**,*William Elliot***Re: Compact connected Hausdorff**,*quasi***Re: Compact connected Hausdorff**,*smn*

**Re: Putnam 2005 -- some answers [SPOILER ALERT]**,*David Rusin***Re: Putnam 2005 -- some answers [SPOILER ALERT]**,*D. J. Bernstein***Re: Putnam 2005 -- some answers [SPOILER ALERT]**,*Igor Khavkine*

- <Possible follow-ups>
**Re: Putnam 2005 -- some answers [SPOILER ALERT]**,*pinyan***Re: Putnam 2005 -- some answers [SPOILER ALERT]**,*matthew_folz***Re: Putnam 2005 -- some answers [SPOILER ALERT]**,*abhishekasthana***Re: Putnam 2005 -- some answers [SPOILER ALERT]**,*G. A. Edgar***Re: Putnam 2005 -- some answers [SPOILER ALERT]**,*Dave L. Renfro*

**Re: Putnam 2005 -- some answers [SPOILER ALERT]**,*Harry Altman***Re: Putnam 2005 -- some answers [SPOILER ALERT]**,*Steven Taschuk***Re: Putnam 2005 -- some answers [SPOILER ALERT]**,*Steven Taschuk***Re: Putnam 2005 -- some answers [SPOILER ALERT]**,*Ross A. Finlayson***Re: Putnam 2005 -- some answers [SPOILER ALERT]**,*jpawloski***Re: Putnam 2005 -- some answers [SPOILER ALERT]**,*Rob Johnson*

**canonical texts in math**,*Daniel***Re: canonical texts in math**,*Niku***Re: canonical texts in math**,*Gerry Myerson*

**factorizing bivariate polynomial over integers**,*enamorado***Factors of terms of linear recurrence relations**,*Dement***linear transformation...**,*mina_world***Re: linear transformation...**,*José Carlos Santos***Re: linear transformation...**,*Hero***Re: linear transformation...**,*mina_world***Re: linear transformation...**,*José Carlos Santos*

**algebra~**,*mina_world***Re: algebra~**,*mskirvin*

**number...**,*mina_world***Re: number...**,*quasi*

**Algebriac Inequality ( Schur-type )**,*alexandru . lupas***Re: Algebriac Inequality ( Schur-type )**,*Robert Israel***Re: Algebriac Inequality ( Schur-type )**,*Dave Rusin***Re: Algebriac Inequality ( Schur-type )**,*quasi***Re: Algebriac Inequality ( Schur-type )**,*TCL***Re: Algebriac Inequality ( Schur-type )**,*quasi***Re: Algebriac Inequality ( Schur-type )**,*Dave Rusin***Re: Algebriac Inequality ( Schur-type )**,*quasi***Re: Algebriac Inequality ( Schur-type )**,*Thomas Mautsch*

**Re: Algebriac Inequality ( Schur-type )**,*alexandru . lupas*

**Z_p**,*eugene***Re: Z_p**,*Jannick Asmus*

**How to prove this statement about closure and sequence?**,*comtech***Re: How to prove this statement about closure and sequence?**,*William Elliot***Re: How to prove this statement about closure and sequence?**,*Narcoleptic Insomniac***Re: How to prove this statement about closure and sequence?**,*David C . Ullrich*

**convergence vs. componentwise convergence**,*comtech***Re: convergence vs. componentwise convergence**,*José Carlos Santos***Re: convergence vs. componentwise convergence**,*Ronald Bruck*

**absolute convergence vs. convergence**,*comtech***Re: absolute convergence vs. convergence**,*Narcoleptic Insomniac***Re: absolute convergence vs. convergence**,*David C . Ullrich***Re: absolute convergence vs. convergence**,*Mike Kent***Re: absolute convergence vs. convergence**,*David C . Ullrich*

**Re: absolute convergence vs. convergence**,*Zdislav V. Kovarik***Re: absolute convergence vs. convergence**,*Jiri Lebl*

**questions on product space ... compactness., etc.**,*comtech***Re: questions on product space ... compactness., etc.**,*Narcoleptic Insomniac***Re: questions on product space ... compactness., etc.**,*José Carlos Santos***Re: questions on product space ... compactness., etc.**,*William Elliot*

**question on set operations...**,*comtech***Re: question on set operations...**,*William Elliot***Re: question on set operations...**,*Robert Low***Re: question on set operations...**,*William Elliot*

**Angle between two vectors...**,*alexandru . lupas***help with this sequence**,*DAVID B MORGAN***Re: help with this sequence**,*G . Frege***Re: help with this sequence**,*quasi***Re: help with this sequence**,*mathedman*

**projection on a cone, but not cone-projection**,*nesi . 666***integral...**,*mina_world***Re: integral...**,*alexandru . lupas***Re: integral...**,*Virgil***Re: integral...**,*mina_world***Re: integral...**,*mina_world***Re: integral...**,*mina_world*

**complex problem...**,*mina_world**Message not available***Re: complex problem...**,*Rob Johnson***Re: complex problem...**,*mina_world*

**linear algebra**,*Mkajuma***Re: linear algebra**,*quasi***Re: linear algebra**,*A N Niel***Re: linear algebra**,*quasi*

**Re: linear algebra**,*Arturo Magidin*- <Possible follow-ups>
**Linear algebra**,*El Blusero***Re: Linear algebra**,*quasi***Re: Linear algebra**,*El Blusero***Re: Linear algebra**,*quasi*

**How to draw elliptical curve**,*Berlid***Re: How to draw elliptical curve**,*quasi***Re: How to draw elliptical curve**,*Berlid*

**Continuity**,*jennifer***Re: Continuity**,*quasi***Re: Continuity**,*jennifer*

**question about sets and sequences in analysis...**,*comtech***Re: question about sets and sequences in analysis...**,*Arturo Magidin*

**measure**,*Bobbine***Re: measure**,*A N Niel***Re: measure**,*The World Wide Wade***Re: measure**,*Bobbine***Re: measure**,*The World Wide Wade***Re: measure**,*A N Niel***Re: measure**,*The World Wide Wade*

**Re: measure**,*José Carlos Santos***Re: measure**,*The World Wide Wade*

**Algebra word problems from two 1850's U.S. texts**,*Dave L. Renfro***Fixed points: real-projective plane**,*leo1476***Re: Fixed points: real-projective plane**,*Dave Rusin*

**ambiguities**,*gaya . patel***Re: ambiguities**,*Daniel McLaury***Re: ambiguities**,*Arturo Magidin***Re: ambiguities**,*Shmuel (Seymour J.) Metz***Re: ambiguities**,*Proginoskes*

**Re: infinity**,*Ross A. Finlayson*- <Possible follow-ups>
**Re: infinity**,*Ross A. Finlayson***Re: infinity**,*Ross A. Finlayson*

**Re: infinity**,*Ross A. Finlayson***Re: infinity**,*Ross A. Finlayson***Re: infinity**,*Ross A. Finlayson***Dynamic Infinite sets**,*zuhair***Re: Dynamic Infinite sets**,*fishfry*

**Re: infinity**,*Ross A. Finlayson***Re: infinity**,*Ross A. Finlayson***Re: infinity**,*Ross A. Finlayson*

**infinity**,*hysenthomas***Re: infinity**,*Robert J. Kolker***Re: infinity**,*William Elliot***Re: infinity**,*The Ghost In The Machine***Re: infinity**,*Dave L. Renfro*

**surface equivalence**,*Bobbine***Re: surface equivalence**,*Dr Tim***Re: surface equivalence**,*Lee Rudolph***Re: surface equivalence**,*Dr Tim***Re: surface equivalence**,*quasi***Re: surface equivalence**,*Chan-Ho Suh***Re: surface equivalence**,*Gerry Myerson***Re: surface equivalence**,*quasi***Re: surface equivalence**,*Ben Rudiak-Gould***Re: surface equivalence**,*Dr Tim*

**solving |something| < somethingelse**,*wwromeo***Re: solving |something| < somethingelse**,*Daniel McLaury***Re: solving |something| < somethingelse**,*Arturo Magidin*

**Re: solving |something| < somethingelse**,*William Elliot*

**taylor series - squared cotangens**,*Peter Schnitzeler***Re: taylor series - squared cotangens**,*Zdislav V. Kovarik*

**Solving an array of equations in Maple?**,*nimcha***Re: Solving an array of equations in Maple?**,*Robert Israel*

**Putnam 2005**,*moubinool.omarjee***Re: Putnam 2005**,*Proginoskes***Re: Putnam 2005**,*G. A. Edgar*

**Re: Putnam 2005**,*David Rusin***Re: Putnam 2005**,*Ryan Reich***Re: Putnam 2005**,*Ryan Reich***Re: Putnam 2005**,*Ignacio Larrosa Caņestro***Re: Putnam 2005**,*Ryan Reich***Re: Putnam 2005**,*Ignacio Larrosa Caņestro***Re: Putnam 2005**,*Ryan Reich***Re: Putnam 2005**,*Ignacio Larrosa Caņestro***Re: Putnam 2005**,*Phil Carmody***Re: Putnam 2005**,*Proginoskes*

**Re: Putnam 2005**,*Thomas Mautsch*

- <Possible follow-ups>
**putnam 2005**,*moubinool.omarjee***Re: putnam 2005**,*Dave L. Renfro***Re: putnam 2005**,*Peter L. Montgomery***Re: putnam 2005**,*Kyle Graehl***Re: putnam 2005**,*quasi*

**Re: putnam 2005**,*Proginoskes*

**equicontinuous questions**,*SportsNut***Re: equicontinuous questions**,*José Carlos Santos***Re: equicontinuous questions**,*SportsNut***Re: equicontinuous questions**,*NotP***Re: equicontinuous questions**,*SportsNut***Re: equicontinuous questions**,*NotP***Re: equicontinuous questions**,*SportsNut***Re: equicontinuous questions**,*NotP***Re: equicontinuous questions**,*SportsNut***Re: equicontinuous questions**,*José Carlos Santos*

**isometries in E^3**,*TCL***Re: isometries in E^3-**,*JEMebius***Re: isometries in E^3-**,*TCL***Re: isometries in E^3-**,*Hero***Re: isometries in E^3-**,*Hero***Re: isometries in E^3-**,*Hero*

**To Jose Carlos Santos (Banach spaces)**,*Carl R.***Re: To Jose Carlos Santos (Banach spaces)**,*Lee Rudolph*

**really simple definition**,*Bob***Re: complex numbers geometry**,*Thomas Mautsch***Looking for a name (stochastic processes)**,*Alan***Complex number and R^2**,*mark12345***Re: Complex number and R^2**,*mskirvin***Re: Complex number and R^2**,*Bill Dubuque*

**Re: Complex number and R^2**,*A N Niel*

**My proof of "Every bounded sequence in R has a subsequence that converges to some point in R"**,*comtech***Re: My proof of "Every bounded sequence in R has a subsequence that converg**,*Kees***Re: My proof of "Every bounded sequence in R has a subsequence that converges to some point in R"**,*A N Niel***Re: My proof of "Every bounded sequence in R has a subsequence that converges to some point in R"**,*Carsten Schultz***Re: My proof of "Every bounded sequence in R has a subsequence that converges to some point in R"**,*Arturo Magidin*

**Mardsen's definition of limsup and liminf?**,*comtech***Re: Mardsen's definition of limsup and liminf?**,*Jean-Claude Arbaut***Re: Mardsen's definition of limsup and liminf?**,*A N Niel***Re: Mardsen's definition of limsup and liminf?**,*Jean-Claude Arbaut*

**Re: Mardsen's definition of limsup and liminf?**,*David C . Ullrich*

**normed space, inner product space, and vector space, metric space, and topological space**,*comtech***Inclusion-Exclusion Principle**,*Little***Re: Inclusion-Exclusion Principle**,*Proginoskes*

**ring of endomorphisms of a module of finite length**,*nearsighted13@xxxxxxxxx***When is V* not isomorphic to V?**,*kj***Re: When is V* not isomorphic to V?**,*José Carlos Santos***Re: When is V* not isomorphic to V?**,*quasi***Re: When is V* not isomorphic to V?**,*quasi***Re: When is V* not isomorphic to V?**,*José Carlos Santos***Re: When is V* not isomorphic to V?**,*Jannick Asmus***Re: When is V* not isomorphic to V?**,*José Carlos Santos***Re: When is V* not isomorphic to V?**,*Jannick Asmus***Re: When is V* not isomorphic to V?**,*quasi***Re: When is V* not isomorphic to V?**,*Jannick Asmus***Re: When is V* not isomorphic to V?**,*A N Niel***Re: When is V* not isomorphic to V?**,*Jannick Asmus*

**Re: When is V* not isomorphic to V?**,*G. A. Edgar***Re: When is V* not isomorphic to V?**,*G.E. Ivey***Re: When is V* not isomorphic to V?**,*Lee Rudolph***Re: When is V* not isomorphic to V?**,*David C . Ullrich*

**Re: When is V* not isomorphic to V?**,*David C . Ullrich***Re: When is V* not isomorphic to V?**,*Robert Low***Re: When is V* not isomorphic to V?**,*Ronald Bruck***Re: When is V* not isomorphic to V?**,*Robert Low***Re: When is V* not isomorphic to V?**,*David C . Ullrich***Re: When is V* not isomorphic to V?**,*Robert Israel***Re: When is V* not isomorphic to V?**,*David C . Ullrich***Re: When is V* not isomorphic to V?**,*G. A. Edgar*

**Re: When is V* not isomorphic to V?**,*quasi***Re: When is V* not isomorphic to V?**,*quasi***Re: When is V* not isomorphic to V?**,*quasi***Re: When is V* not isomorphic to V?**,*David C . Ullrich*

**topological question.**,*chicane***Re: topological question.**,*José Carlos Santos*

**What branch of mathematics is this?**,*TonyVarden***Re: What branch of mathematics is this?**,*quasi***Re: What branch of mathematics is this?**,*James Dolan***Re: What branch of mathematics is this?**,*Lee Rudolph***Re: What branch of mathematics is this?**,*quasi***Re: What branch of mathematics is this?**,*fishfry***Re: What branch of mathematics is this?**,*Dave L. Renfro*

**Re: What branch of mathematics is this?**,*Chip Eastham*

**if x is real, does [x^2]^.5 = x ?**,*Kobu***Re: if x is real, does [x^2]^.5 = x ?**,*Kobu**Message not available***Re: if x is real, does [x^2]^.5 = x ?**,*Rob Johnson*

**Re: if x is real, does [x^2]^.5 = x ?**,*Jean-Claude Arbaut*

**Re: if x is real, does [x^2]^.5 = x ?**,*Robert Low***Re: if x is real, does [x^2]^.5 = x ?**,*Mkajuma***Re: if x is real, does [x^2]^.5 = x ?**,*Kobu***Re: if x is real, does [x^2]^.5 = x ?**,*deniz . bahar*

**The Boolean Logic of Negative Mathematics**,*rer***complete measure**,*Giancarlo***Re: complete measure**,*A N Niel***Re: complete measure**,*José Carlos Santos***Re: complete measure**,*David C . Ullrich*

**Errata for Serre' s course in arithmetic**,*rainer urian***group theory and normal subgroups**,*eugene***Re: group theory and normal subgroups**,*Toni Lassila***Re: group theory and normal subgroups**,*Arturo Magidin*

**free group**,*Bobbine***Re: free group**,*Lee Rudolph***Re: free group**,*Bobbine*

**symmetric polynomials**,*eugene***Re: symmetric polynomials**,*Axel Vogt***Re: symmetric polynomials**,*eugene***Re: symmetric polynomials**,*Axel Vogt*

**Re: symmetric polynomials**,*Thomas Mautsch*

**endomorphisms and elliptic curves**,*enamorado***Limits and Integration question**,*kelvSYC***Re: Limits and Integration question**,*alexandru . lupas***Re: Limits and Integration question**,*Graziano***Re: Limits and Integration question**,*The World Wide Wade***Re: Limits and Integration question**,*The World Wide Wade*

**well-ordering property ...**,*comtech***Re: well-ordering property ...**,*Torkel Franzen***Re: well-ordering property ...**,*anon1***Re: well-ordering property ...**,*comtech*

**Re: well-ordering property ...**,*Marc Olschok*

**How to prove that a harmonic series is unbounded?**,*comtech***Re: How to prove that a harmonic series is unbounded?**,*Torkel Franzen***Re: How to prove that a harmonic series is unbounded?**,*alexandru . lupas***Re: How to prove that a harmonic series is unbounded?**,*comtech***Re: How to prove that a harmonic series is unbounded?**,*alexandru . lupas*

**Re: How to prove that a harmonic series is unbounded?**,*Narcoleptic Insomniac***Re: How to prove that a harmonic series is unbounded?**,*comtech***Re: How to prove that a harmonic series is unbounded?**,*The World Wide Wade***Re: How to prove that a harmonic series is unbounded?**,*Narcoleptic Insomniac*

**Re: How to prove that a harmonic series is unbounded?**,*Jean-Claude Arbaut***Re: How to prove that a harmonic series is unbounded?**,*LC Killingbeck*

**Question about mathematical induction?**,*comtech***Re: Question about mathematical induction?**,*anon1***Re: Question about mathematical induction?**,*pauldepstein***Re: Question about mathematical induction?**,*comtech***Re: Question about mathematical induction?**,*Proginoskes*

**Re: Question about mathematical induction?**,*Stephen J. Herschkorn*

**Question on Mersenne Prime Stats**,*mensanator@xxxxxxxxxxx***Re: Question on Mersenne Prime Stats**,*Dan***Re: Question on Mersenne Prime Stats**,*mensanator@xxxxxxxxxxx*

**Re: Question on Mersenne Prime Stats**,*Gottfried Helms***Re: Question on Mersenne Prime Stats**,*mensanator@xxxxxxxxxxx***Re: Question on Mersenne Prime Stats**,*stush*

**Re: Question on Mersenne Prime Stats**,*Dan***Re: Question on Mersenne Prime Stats**,*mensanator@xxxxxxxxxxx***Re: Question on Mersenne Prime Stats**,*Gottfried Helms***Re: Question on Mersenne Prime Stats**,*mensanator@xxxxxxxxxxx***Re: Question on Mersenne Prime Stats**,*Gottfried Helms***Re: Question on Mersenne Prime Stats**,*Gottfried Helms*

**Interior and gradient**,*Carl R.***Re: Interior and gradient**,*William Elliot***Re: Interior and gradient**,*Carl R.***Re: Interior and gradient**,*William Elliot***Re: Interior and gradient**,*William Elliot***Re: Interior and gradient (please help)**,*Carl R.***Re: Interior and gradient (please help)**,*William Elliot*

**Re: Interior and gradient**,*Carl R.*

**Optimization theory help (convex and closed sets)**,*Carl R.***Re: Optimization theory help (convex and closed sets)**,*Robert Israel*

**Linear transformation**,*Mkajuma***Re: Linear transformation**,*Jules***Re: Linear transformation**,*Mkajuma*

**Re: Linear transformation**,*Arturo Magidin***Re: Linear transformation**,*Mkajuma*

- <Possible follow-ups>
**linear transformation**,*mina_world*

**A good movie**,*disciple***A good movie**,*disciple***Re: A good movie**,*mensanator@xxxxxxxxxxx*

**In Need of a Predictive Algorithm**,*justin . olbrantz***connected subsets**,*SportsNut***Re: connected subsets**,*Arturo Magidin***Re: connected subsets**,*William Elliot***Re: connected subsets**,*SportsNut***Re: connected subsets**,*William Elliot***Re: connected subsets**,*Arturo Magidin*

**field extension**,*ana4444***Re: field extension**,*Jules***Re: field extension**,*ana4444***Re: field extension**,*quasi*

**Re: field extension**,*Jannick Asmus***Re: field extension**,*Peter L. Montgomery***Re: field extension**,*Jannick Asmus*

**A question about open set**,*comtech***Re: A question about open set**,*Narcoleptic Insomniac***Re: A question about open set**,*comtech***Re: A question about open set**,*Jannick Asmus***Re: A question about open set**,*Narcoleptic Insomniac*

**questions about real numbers**,*comtech***Re: questions about real numbers**,*Proginoskes***Re: questions about real numbers**,*Robert J. Kolker***Re: questions about real numbers**,*Jean-Claude Arbaut***Re: questions about real numbers**,*Dave***Re: questions about real numbers**,*Dave Seaman*

**very basic logic questions**,*comtech***Re: very basic logic questions**,*Jules***Re: very basic logic questions**,*Proginoskes***Re: very basic logic questions**,*Jules**Message not available***Re: very basic logic questions**,*Jules***Re: very basic logic questions**,*Proginoskes**Message not available***Re: very basic logic questions**,*comtech***Re: very basic logic questions**,*briggs*

**Re: very basic logic questions**,*comtech*

**Re: very basic logic questions**,*Dan Christensen***Re: very basic logic questions**,*William Elliot***Re: very basic logic questions**,*Torkel Franzen***Re: very basic logic questions**,*William Elliot***Re: very basic logic questions**,*Torkel Franzen***Re: very basic logic questions**,*William Elliot***Re: very basic logic questions**,*Torkel Franzen*

**Re: very basic logic questions**,*Aatu Koskensilta***Re: very basic logic questions**,*William Elliot*

**Re: very basic logic questions**,*comtech*

**Re: very basic logic questions**,*David C . Ullrich***Re: very basic logic questions**,*Ben Rudiak-Gould***Re: very basic logic questions**,*Torkel Franzen*

**I will show you the way.**,*Zilgore***vector analysis**,*Robert*- <Possible follow-ups>
**Vector Analysis**,*jaspal***Re: Vector Analysis**,*Mohan Pawar*

**vector analysis**,*Robert***Re: vector analysis**,*Robert Low***Re: vector analysis**,*Adam Burley*

**how are all the different types of mathematics related?**,*Kobu***Re: how are all the different types of mathematics related?**,*Kobu***Re: how are all the different types of mathematics related?**,*Randy Poe***Re: how are all the different types of mathematics related?**,*Dave L. Renfro***Re: how are all the different types of mathematics related?**,*Robert Low***Re: how are all the different types of mathematics related?**,*Dave L. Renfro***Re: how are all the different types of mathematics related?**,*Kobu***Re: how are all the different types of mathematics related?**,*deniz . bahar***Re: how are all the different types of mathematics related?**,*deniz . bahar***Re: how are all the different types of mathematics related?**,*Kobu***Re: how are all the different types of mathematics related?**,*deniz . bahar*

**Re: how are all the different types of mathematics related?**,*Lee Rudolph***Re: how are all the different types of mathematics related?**,*Randy Poe*

**No multiples of 5 in the Lucas sequence**,*Mark Jason Dominus***Re: No multiples of 5 in the Lucas sequence**,*Keith A. Lewis***Re: No multiples of 5 in the Lucas sequence**,*cbrown***Re: No multiples of 5 in the Lucas sequence**,*Gottfried Helms***Re: No multiples of 5 in the Lucas sequence**,*Gottfried Helms***Re: No multiples of 5 in the Lucas sequence**,*Gottfried Helms***Re: No multiples of 5 in the Lucas sequence**,*Gottfried Helms***Re: No multiples of 5 in the Lucas sequence**,*cbrown***Re: No multiples of 5 in the Lucas sequence**,*Gottfried Helms*

**Re: No multiples of 5 in the Lucas sequence**,*Proginoskes*

**Re: Empirical Utility of Dualism**,*Lester Zick*- <Possible follow-ups>
**Re: Empirical Utility of Dualism**,*Wolf Kirchmeir*

**Finding the fixed points of a differential equations system**,*Diana***super exponential growth?**,*el_roachmeister***Re: super exponential growth?**,*Mohan Pawar***Re: super exponential growth?**,*Enough Already*

**Re: super exponential growth?**,*Jules***Re: super exponential growth?**,*Zdislav V. Kovarik***Re: super exponential growth?**,*Rick Decker***Re: super exponential growth?**,*Enough Already*

**The proof of Dirac delta function with equivalent function.(I'd modified prob)**,*Harry901.tw***Re: The proof of Dirac delta function with equivalent function.(I'd modified prob)**,*Harry901.tw*- <Possible follow-ups>
**The proof of Dirac delta function with equivalent function.(I'd modified prob)**,*Harry901.tw*

**The proof of Dirac delta function with equivalent function...**,*Harry901.tw***Question about Maple (a color problem)**,*anthony***Re: Some intuitive explanations of "Special", "Unitary" and "Orthogonal"?**,*Thomas Mautsch***arc length formed by a circle in a circle**,*gaudetteje***Re: arc length formed by a circle in a circle**,*Duncan Muirhead***Re: arc length formed by a circle in a circle**,*Zdislav V. Kovarik***Re: arc length formed by a circle in a circle**,*Someonekicked***Re: arc length formed by a circle in a circle**,*William Elliot*

**How gracefully do BCH codes degrade?**,*Eb Oesch***Re: How gracefully do BCH codes degrade?**,*Sali Jvkosy*

**Compare (1-1/(2^n))^p(n) with 1-1/p(n)**,*silentser***Integer Linear Programming**,*Christian Christmann***Re: Integer Linear Programming**,*Randy Poe***Re: Integer Linear Programming**,*steiner@xxxxxxxxxxxxx*

**Question about constant-width surface (not curve)**,*octaphial***Vector Sequence**,*Yo Wang***Re: Vector Sequence**,*Lee Rudolph***Re: Vector Sequence**,*Yo Wang***Re: Vector Sequence**,*Jyrki Lahtonen***Re: Vector Sequence**,*Lee Rudolph***Re: Vector Sequence**,*Lee Rudolph*

**Re: Vector Sequence**,*David C . Ullrich*

**Re: Vector Sequence**,*José Carlos Santos***Re: Vector Sequence**,*Daniel Grubb***Re: Vector Sequence**,*Yo Wang***Re: Vector Sequence**,*James Dolan*

**Atlas module general diffeomorphism group = ?**,*Kane Peng***Re: Topologies of Spec**,*Jose Capco***Re: Topologies of Spec**,*Jannick Asmus*

**[Dynamical Systems] Convergence to a fixed point**,*LordBeotian***Re: [Dynamical Systems] Convergence to a fixed point**,*LordBeotian***Re: [Dynamical Systems] Convergence to a fixed point**,*Robert Israel***Re: [Dynamical Systems] Convergence to a fixed point**,*LordBeotian*

**appendix, Latex (help)**,*don***Re: appendix, Latex (help)**,*José Carlos Santos***Re: appendix, Latex (help)**,*don***Re: appendix, Latex (help)**,*Proginoskes*

**extremum for x: (0,2pi)**,*magda***extremum**,*magda***Re: extremum**,*José Carlos Santos*

**Rencontres umbers or don't rencontres numbers?**,*Lajos***generalizing iterated function systems?**,*boyandshark***Help optimization theory proof**,*Carl R.***Re: Help optimization theory proof**,*William Elliot***Re: Help optimization theory proof**,*Carl R.***Re: Help optimization theory proof**,*William Elliot*

**Pascal triangle new property and quality?**,*Lajos***Re: Pascal triangle new property and quality?**,*mensanator@xxxxxxxxxxx**Message not available***Re: Pascal triangle new property and quality?**,*Rob Johnson***Re: Pascal triangle new property and quality?**,*mensanator@xxxxxxxxxxx**Message not available***Re: Pascal triangle new property and quality?**,*Rob Johnson*

*Message not available***Re: Pascal triangle new property and quality?**,*Rob Johnson***Re: Pascal triangle new property and quality?**,*Lajos**Message not available***Re: Pascal triangle new property and quality?**,*Rob Johnson***Re: Pascal triangle new property and quality?**,*Lajos**Message not available***Re: Pascal triangle new property and quality?**,*Rob Johnson***Re: Pascal triangle new property and quality?**,*Lajos*

**Re: Why string theorists like Brian Greene are Crackpots**,*Bill Hobba***Re: Why string theorists like Brian Greene are Crackpots**,*Shmuel (Seymour J.) Metz*- <Possible follow-ups>
**Re: Why string theorists like Brian Greene are Crackpots**,*Androcles***Re: Why string theorists like Brian Greene are Crackpots**,*projectautoman*

**A confusing integer programming problem! need help!!**,*HuiWang223***unique critical points**,*quasi***Re: unique critical points**,*Someonekicked***Re: unique critical points**,*William Elliot***Re: unique critical points**,*TCL***Re: unique critical points**,*Dave Rusin***Re: unique critical points**,*TCL***Re: unique critical points**,*quasi*

**Re: unique critical points**,*TCL***Re: unique critical points**,*G. A. Edgar*

**Determinants of multi-dimensional matrices**,*Tero***Re: Determinants of multi-dimensional matrices**,*Lee Rudolph***Re: Determinants of multi-dimensional matrices**,*Shmuel (Seymour J.) Metz***Re: Determinants of multi-dimensional matrices**,*Hero*

**Re: Determinants of multi-dimensional matrices**,*Michael Stemper***Re: Determinants of multi-dimensional matrices**,*carlos***Re: Determinants of multi-dimensional matrices**,*carlos*

**Problem**,*Peper***Re: Problem**,*David Moran*

**FLT case 1**,*fermat***Re: FLT case 1**,*quasi***Re: FLT case 1**,*Gerry Myerson***Re: FLT case 1**,*fermat***Re: FLT case 1**,*quasi***Re: FLT case 1**,*Gerry Myerson***Re: FLT case 1**,*quasi***Re: FLT case 1**,*Gerry Myerson***Re: FLT case 1**,*quasi***Re: FLT case 1**,*Pubkeybreaker***Re: FLT case 1**,*Pubkeybreaker***Re: FLT case 1**,*Gerry Myerson***Re: FLT case 1**,*fermat***Re: FLT case 1**,*quasi***Re: FLT case 1**,*Roman B. Binder***Re: FLT case 1**,*quasi***Re: FLT case 1**,*Roman B. Binder*

**Re: FLT case 1**,*john_ramsden***Re: FLT case 1**,*quasi***Re: FLT case 1**,*quasi*

**Re: ineqality**,*quasi***Re: ineqality**,*Thomas Mautsch***Re: ineqality**,*quasi*

- <Possible follow-ups>
**Re: ineqality**,*Peper***Re: ineqality**,*Thomas Mautsch***Re: ineqality**,*Thomas Mautsch***Re: ineqality**,*matthew_folz*

**Re: ineqality**,*Nick***Re: ineqality**,*quasi***Re: ineqality**,*Nick***Re: ineqality**,*quasi***Re: ineqality**,*Nick***Re: ineqality**,*quasi***Re: ineqality**,*Nick***Re: ineqality**,*quasi***Re: ineqality**,*Thomas Mautsch*

**Re: ineqality**,*matthew_folz*

**Re: are rational exponents defined for negative bases?**,*gaya . patel***Help with Taylor series, Fokker-Planck derivation**,*Steve***? math relation ensure some special matrces**,*Cheng Cosine***Re: ? math relation ensure some special matrces**,*Robert Israel*

**New symmetry design tool**,*Ron***Re: New symmetry design tool**,*Dave***Re: New symmetry design tool**,*Proginoskes*

**? any simple relations between algebraic operation result of two self-adjoint square matrix**,*Cheng Cosine***Finding minimum in "increasing function" + "decreasing function"**,*lanbo***Re: Finding minimum in "increasing function" + "decreasing function"**,*Stephen J. Herschkorn***Re: Finding minimum in "increasing function" + "decreasing function"**,*Arturo Magidin*

**Re: FLT an incurable, unending addiction**,*Roman B. Binder***Re: FLT an incurable, unending addiction**,*Dik T. Winter***Re: FLT an incurable, unending addiction**,*Roman B. Binder***Re: FLT an incurable, unending addiction**,*Dik T. Winter***Re: FLT an incurable, unending addiction**,*Fermat***Re: FLT an incurable, unending addiction**,*Roman B. Binder*

- <Possible follow-ups>
**Re: FLT an incurable, unending addiction**,*Jonathan Hoyle**Message not available***Re: FLT an incurable, unending addiction**,*Jonathan Hoyle***Re: FLT an incurable, unending addiction**,*Roman B. Binder*

**Re: FLT an incurable, unending addiction**,*Pubkeybreaker***Re: FLT an incurable, unending addiction**,*Robert Low***Re: FLT an incurable, unending addiction**,*Minus XVII***Re: FLT an incurable, unending addiction**,*Fermat***Re: FLT an incurable, unending addiction**,*Dik T. Winter*

**Hard problem**,*Peper***Re: Hard problem**,*David M Einstein***Re: Hard problem**,*David M Einstein*

**Re: Hard problem**,*Dave Rusin***Re: Hard problem**,*Ken Pledger***Re: Hard problem**,*quasi***Re: Hard problem**,*Chip Eastham*

**Re: Hard problem**,*john_ramsden***Re: Hard problem**,*Pubkeybreaker*

**Re: showing something is a topological group**,*mikhal***Re: showing something is a topological group**,*David C . Ullrich*

**JavaMath Free To Use Computer Math System**,*Tjerk Wolterink***Fields Medal Laurent Lafforgue forced to resign from HCE**,*Michel Delord***Re: Fields Medal Laurent Lafforgue forced to resign from HCE**,*Michel Delord*

**Re: Definition of a Schreier system**,*Pawel Gladki***Condition on two beta distributions**,*Eoin Elliffe***Re: Condition on two beta distributions**,*Robert Israel***Re: Condition on two beta distributions**,*Han de Bruijn***Re: Condition on two beta distributions**,*Eoin Elliffe*

**Re: Condition on two beta distributions**,*Eoin Elliffe***Re: Condition on two beta distributions**,*Eoin Elliffe***Re: Condition on two beta distributions**,*Robert Israel*

**Re: set theory: definition of dim(S)**,*Lee Rudolph***list of maths books?**,*enterthe***Re: list of maths books?**,*G. A. Edgar***Re: list of maths books?**,*Shmuel (Seymour J.) Metz*

**Prime ideals, k[x,y]**,*James***Re: Prime ideals, k[x,y]**,*Arturo Magidin***Re: Prime ideals, k[x,y]**,*James*

**Re: Prime ideals, k[x,y]**,*Dave Rusin***Re: Prime ideals, k[x,y]**,*James***Re: Prime ideals, k[x,y]**,*James*

**product topology**,*hujin***Re: product topology**,*Arturo Magidin***Re: product topology**,*Arturo Magidin***Re: product topology**,*William Elliot*

**Re: product topology**,*Jules***Re: product topology**,*hujin***Re: product topology**,*Arturo Magidin*

**suitable interpolation polynomial?**,*Oswald Kluge***Re: suitable interpolation polynomial?**,*Jean-Claude Arbaut***Re: suitable interpolation polynomial?**,*Jean-Claude Arbaut*

**Re: suitable interpolation polynomial?**,*Dave Rusin***Re: suitable interpolation polynomial?**,*Zdislav V. Kovarik***Re: suitable interpolation polynomial?**,*Robert Israel***Re: suitable interpolation polynomial?**,*Oswald Kluge***Re: suitable interpolation polynomial?**,*Robert Israel*

**Re: suitable interpolation polynomial?**,*Gerry Myerson*

**Re: Game theory in poker**,*Toni Lassila***Re: Game theory in poker**,*Larry Lard***Re: Game theory in poker**,*quasi*

**riemann**,*Alicia***Re: riemann**,*Robert Low***Re: riemann**,*David C . Ullrich***Re: riemann**,*david petry*- <Possible follow-ups>
**riemann**,*Alicia Soriano Bernabé***Re: riemann**,*luiroto***Re: riemann**,*Lee Rudolph***Re: riemann**,*luiroto*

**How do you prove that n^3 * exp(-n) approaches 0 as n->infinity?**,*comtech***Re: How do you prove that n^3 * exp(-n) approaches 0 as n->infinity?**,*José Carlos Santos***Re: How do you prove that n^3 * exp(-n) approaches 0 as n->infinity?**,*bland***Re: How do you prove that n^3 * exp(-n) approaches 0 as n->infinity?**,*daoenpan@xxxxxxxxx***Re: How do you prove that n^3 * exp(-n) approaches 0 as n->infinity?**,*Robert Low***Re: How do you prove that n^3 * exp(-n) approaches 0 as n->infinity?**,*Zdislav V. Kovarik***Re: How do you prove that n^3 * exp(-n) approaches 0 as n->infinity?**,*jj***Re: How do you prove that n^3 * exp(-n) approaches 0 as n->infinity?**,*jj*

**Strange Fourier Transform problem**,*robert.w.adams@xxxxxxxxxxx***Re: Strange Fourier Transform problem**,*David C . Ullrich***Re: Strange Fourier Transform problem**,*Daryl McCullough***Re: Strange Fourier Transform problem**,*robert.w.adams@xxxxxxxxxxx***Re: Strange Fourier Transform problem**,*Daryl McCullough***Re: Strange Fourier Transform problem**,*Herman Rubin***Re: Strange Fourier Transform problem**,*robert.w.adams@xxxxxxxxxxx***Re: Strange Fourier Transform problem**,*Robert Israel*

**Re: Gridded Simplexes**,*Han de Bruijn***Re: Gridded Simplexes**,*David M Einstein*- <Possible follow-ups>
**Re: Gridded Simplexes**,*Han de Bruijn*

**Isomorphism Classes**,*Eric***Re: Isomorphism Classes**,**Re: Isomorphism Classes**,*Eric***Re: Isomorphism Classes**,*Arturo Magidin*

**Re: Isomorphism Classes**,*Arturo Magidin*

**Total unimodularity**,*Spencer Fung***Finding a homormorphism.**,*Eric***Re: Finding a homormorphism.**,*Jules***Re: Finding a homormorphism.**,*Arturo Magidin*

**Domains of power functions?**,*riverman***Re: Domains of power functions?**,*Ryan Reich***Re: Domains of power functions?**,*riverman***Re: Domains of power functions?**,*Ryan Reich*

**sequence of continuous functions**,*boyandshark***Re: sequence of continuous functions**,*José Carlos Santos***Re: sequence of continuous functions**,*Robert Low***Re: sequence of continuous functions**,*José Carlos Santos***Re: sequence of continuous functions**,*Robert Low***Re: sequence of continuous functions**,*José Carlos Santos*

**Re: sequence of continuous functions**,*David C . Ullrich***Re: sequence of continuous functions**,*Jules***Re: sequence of continuous functions**,*Jules***Re: sequence of continuous functions**,*mskirvin***Re: sequence of continuous functions**,*TCL***Re: sequence of continuous functions**,*mskirvin***Re: sequence of continuous functions**,*David C . Ullrich*

**Re: sequence of continuous functions**,*Ronald Bruck***Re: sequence of continuous functions**,*boyandshark***Re: sequence of continuous functions**,*Ronald Bruck*

**Re: sequence of continuous functions**,*David C. Ullrich***Re: sequence of continuous functions**,*boyandshark*

**statistics, FIGHT Against!**,*Someonekicked***Proof of the Poincare Conjecture; my 1990's proof revised**,*a_plutonium***Re: Proof of the Poincare Conjecture; my 1990's proof revised**,*Martin Wanvik***Re: Proof of the Poincare Conjecture; my 1990's proof revised**,*a_plutonium***Re: Proof of the Poincare Conjecture; my 1990's proof revised**,*Rouben Rostamian***Re: Proof of the Poincare Conjecture; my 1990's proof revised**,*Proginoskes***Re: Proof of the Poincare Conjecture; my 1990's proof revised**,*Minus XVII***Re: Proof of the Poincare Conjecture; my 1990's proof revised**,*Rick Decker***Re: Proof of the Poincare Conjecture; my 1990's proof revised**,*Proginoskes***Re: Proof of the Poincare Conjecture; my 1990's proof revised**,*Jonathan Hoyle***Re: Proof of the Poincare Conjecture; my 1990's proof revised**,*Jonathan Hoyle*

**Re: Proof of the Poincare Conjecture; my 1990's proof revised**,*a_plutonium***Re: Proof of the Poincare Conjecture; my 1990's proof revised**,*Dik T. Winter***Re: Proof of the Poincare Conjecture; my 1990's proof revised**,*a_plutonium***Re: Proof of the Poincare Conjecture; my 1990's proof revised**,*Dik T. Winter***Re: Proof of the Poincare Conjecture; my 1990's proof revised**,*a_plutonium***Re: Proof of the Poincare Conjecture; my 1990's proof revised**,*Proginoskes***Re: Proof of the Poincare Conjecture; my 1990's proof revised**,*a_plutonium***Re: Proof of the Poincare Conjecture; my 1990's proof revised**,*Dik T. Winter***Re: Proof of the Poincare Conjecture; my 1990's proof revised**,*a_plutonium***Re: Proof of the Poincare Conjecture; my 1990's proof revised**,*Dik T. Winter***Re: Proof of the Poincare Conjecture; my 1990's proof revised**,*a_plutonium***Re: Proof of the Poincare Conjecture; my 1990's proof revised**,*Dik T. Winter***Re: Proof of the Poincare Conjecture; my 1990's proof revised**,*a_plutonium***Re: Proof of the Poincare Conjecture; my 1990's proof revised**,*a_plutonium***Re: Proof of the Poincare Conjecture; my 1990's proof revised**,*a_plutonium***Re: Proof of the Poincare Conjecture; my 1990's proof revised**,*a_plutonium***Re: Proof of the Poincare Conjecture; my 1990's proof revised**,*Dik T. Winter***Re: Proof of the Poincare Conjecture; my 1990's proof revised**,*a_plutonium***Iterated Powers of p-adics: Was: Re: Proof of the Poincare Conjecture; my 1990's proof revised**,*Proginoskes***Re: Iterated Powers of p-adics: Was: Re: Proof of the Poincare Conjecture; my 1990's proof revised**,*a_plutonium***Re: Iterated Powers of p-adics: Was: Re: Proof of the Poincare Conjecture; my 1990's proof revised**,*Proginoskes***Re: Iterated Powers of p-adics: Was: Re: Proof of the Poincare Conjecture; my 1990's proof revised**,*Proginoskes***Re: Proof of the Poincare Conjecture; my 1990's proof revised**,*Dik T. Winter*

**EXCEL HELP(PLEASE)**,*sonny***Re: EXCEL HELP(PLEASE)**,*The World Wide Wade***Re: EXCEL HELP(PLEASE)**,*[Mr.] Lynn Kurtz***Re: EXCEL HELP(PLEASE)**,*mensanator@xxxxxxxxxxx***Re: EXCEL HELP(PLEASE)**,*Rod*

**Re: Hi**,*Someonekicked***finite product of closed sets is not closed**,*Jonas***Re: finite product of closed sets is not closed**,*The World Wide Wade***Re: finite product of closed sets is not closed**,*Jonas***Re: finite product of closed sets is not closed**,*Robert Israel***Re: finite product of closed sets is not closed**,*Jonas***Re: finite product of closed sets is not closed**,*Robert Israel*

**Bound on standard deviation ?**,*Benjamin Levi***Re: Bound on standard deviation ?**,*Robert Israel***Re: Bound on standard deviation ?**,*Stephen J. Herschkorn***Re: Bound on standard deviation ?**,*Benjamin Levi*

**Ramsey Theory**,*bbmcmung***Re: Ramsey Theory**,*Keith Ramsay***Re: Ramsey Theory**,*bbmcmung*

**finite product of open maps is open (topology)**,*Jonas***Re: finite product of open maps is open (topology)**,*Arturo Magidin*

**Re: B to the E beer**,*Keith A. Lewis***visibility**,*mindbender***Re: visibility**,*Keith A. Lewis***Re: visibility**,*Robert Israel*

**Re: silly form of n-polytope representation---**,*JEMebius***Re: Graph algorithm wanted**,*Keith A. Lewis***Re: A functional-differential equation**,*Narasimham***Re: A functional-differential equation**,*PiSigma***Re: A functional-differential equation**,*michaeld***Re: A functional-differential equation**,*Narasimham*

- <Possible follow-ups>
**Re: A functional-differential equation**,*Dave Rusin*

**Re: A probability question about poker**,*Keith A. Lewis***Re: On limitations of the Mautsch Principle (was Re: ineqality)**,*Dave Rusin***Re: On limitations of the Mautsch Principle (was Re: ineqality)**,*Dirk Van de moortel*- <Possible follow-ups>
**Re: On limitations of the Mautsch Principle (was Re: ineqality)**,*Thomas Mautsch*

**Monte Carlo method**,*FG***Re: Monte Carlo method**,*David C. Ullrich*

**Re: frobenius norm**,*Duncan Muirhead***Re: frobenius norm**,*SportsNut***Re: frobenius norm**,*Duncan Muirhead***Re: frobenius norm**,*SportsNut***Re: frobenius norm, Duncan, please help**,*SportsNut***Re: frobenius norm, Duncan, please help**,*SportsNut*

**Avoiding Gerrymandering (Was Re: Centroid of a polygon, bounding circle)**,*Dave Rusin***Re: equidistant sets**,*Keith A. Lewis***Re: equidistant sets**,*quasi*- <Possible follow-ups>
**Re: equidistant sets**,*Robert Sheskey***Re: equidistant sets**,*Keith A. Lewis***Re: equidistant sets**,*quasi*

**Re: equidistant sets**,*quasi***Re: equidistant sets**,*Robert Sheskey*

**Re: equidistant sets**,*Robert Israel***Re: equidistant sets**,*Keith A. Lewis***Re: equidistant sets**,*quasi***Re: equidistant sets**,*Keith A. Lewis***Re: equidistant sets**,*quasi***Re: equidistant sets**,*quasi***Re: equidistant sets**,*Keith A. Lewis***Re: equidistant sets**,*quasi***Re: equidistant sets**,*quasi***Re: equidistant sets**,*quasi***Re: equidistant sets**,*quasi***Re: equidistant sets**,*Robert Sheskey***Re: equidistant sets**,*Keith A. Lewis*

**Re: equidistant sets**,*quasi***Re: equidistant sets**,*Robert Israel***Re: equidistant sets**,*quasi***Re: equidistant sets**,*Lee Rudolph***Re: equidistant sets**,*quasi***Re: equidistant sets**,*quasi***Re: equidistant sets**,*quasi*

**Re: PDE's - Heat flow problem - Please help**,*Mohan Pawar***Re: PDE's - Heat flow problem - Please help**,*ox_f1***Re: PDE's - Heat flow problem - Please help**,*Robert Israel***Re: PDE's - Heat flow problem - Please help**,*[Mr.] Lynn Kurtz***Re: PDE's - Heat flow problem - Please help**,*Mohan Pawar*

- <Possible follow-ups>
**Re: PDE's - Heat flow problem - Please help**,*Mohan Pawar***Re: PDE's - Heat flow problem - Please help**,*Mohan Pawar*

**equilateral tringles**,*eugene***Re: equilateral tringles**,*Dave Rusin***Re: equilateral tringles**,*Philippe 92***Re: equilateral tringles**,*Dave Rusin***Re: equilateral tringles**,*Philippe 92***Re: equilateral tringles**,*Dave Rusin*

**Re: equilateral tringles**,*Philippe 92***Re: equilateral tringles**,*Narasimham***Re: equilateral tringles**,*Narasimham*

**Re: equilateral tringles**,*Thomas Mautsch***Re: equilateral tringles**,*Dave Rusin***Re: equilateral tringles**,*Thomas Mautsch***Re: regular polyhedra, and triangles [was: equilateral tringles]**,*Thomas Mautsch***Re: regular polyhedra, and triangles [was: equilateral tringles]**,*Dave Rusin***Re: regular polyhedra, and triangles [was: equilateral tringles]**,*Thomas Mautsch***Re: equilateral tringles**,*Dave Rusin***Re: equilateral tringles**,*Virgil*

**Re: Cantor's Diagonal**,*zuhair***Re: Cantor's Diagonal**,*jj***Re: Cantor's Diagonal**,*zuhair*

- <Possible follow-ups>
**Re: Cantor's Diagonal**,*zuhair***Re: Cantor's Diagonal**,*Randy Poe*

**Re: Cardinality of the surreals**,*Hero***Re: Cardinality of the surreals**,*Nathan***Re: Cardinality of the surreals**,*Hero***Re: Cardinality of the surreals**,*A N Niel***Re: Cardinality of the surreals**,*Hero***Re: Cardinality of the surreals**,*Dik T. Winter***Re: Cardinality of the surreals**,*Hero***Re: Cardinality of the surreals**,*Peter Webb***Re: Cardinality of the surreals**,*Dik T. Winter***Re: Cardinality of the surreals**,*Peter Webb***Re: Cardinality of the surreals**,*Dik T. Winter***Re: Cardinality of the surreals**,*Hero***Re: Cardinality of the surreals**,*Proginoskes*

**Re: Cardinality of the surreals**,*Dik T. Winter*

**Re:Another theme of concatenated integers.**,*Dan***Re: Help on 2^(big)-1**,*Keith A. Lewis*- <Possible follow-ups>
**Re: Help on 2^(big)-1**,*Gerry Myerson***Re: Help on 2^(big)-1**,*Jaap Spies***Re: Help on 2^(big)-1**,*Jaap Spies*

**Re: Lindeman Theorem**,*Robert Israel***Re: How to negate defintion to prove that a function is not uniformly continuous?**,*comtech***Re: How to negate defintion to prove that a function is not uniformly continuous?**,*Robert Low***Re: How to negate defintion to prove that a function is not uniformly continuous?**,*smn*- <Possible follow-ups>
**Re: How to negate defintion to prove that a function is not uniformly continuous?**,*comtech***Re: How to negate defintion to prove that a function is not uniformly continuous?**,*Ken Pledger***Re: How to negate defintion to prove that a function is not uniformly continuous?**,*comtech*

**what does do carmo mean?**,*berthuffman***Re: what does do carmo mean?**,*Chan-Ho Suh*

**Re: probability of real factorization.**,*Rob Johnson***Re: probability of real factorization.**,*Rob Johnson***Re: probability of real factorization.**,*Rob Johnson*

- <Possible follow-ups>
**Re: probability of real factorization.**,*Robert Israel***Re: probability of real factorization.**,*david petry***Re: probability of real factorization.**,*Robert Israel*

**Re: easiest and shortest proof of Jordan Curve theorem**,*a_plutonium***Re: easiest and shortest proof of Jordan Curve theorem**,*Proginoskes***Re: easiest and shortest proof of Jordan Curve theorem**,*Rick Decker***Re: easiest and shortest proof of Jordan Curve theorem**,*a_plutonium***Re: easiest and shortest proof of Jordan Curve theorem**,*Rick Decker***Re: easiest and shortest proof of Jordan Curve theorem**,*a_plutonium***Re: easiest and shortest proof of Jordan Curve theorem**,*Dik T. Winter***Re: easiest and shortest proof of Jordan Curve theorem**,*Rick Decker***Re: easiest and shortest proof of Jordan Curve theorem**,*Dik T. Winter***Re: easiest and shortest proof of Jordan Curve theorem**,*a_plutonium***Re: easiest and shortest proof of Jordan Curve theorem**,*Proginoskes***Re: easiest and shortest proof of Jordan Curve theorem**,*a_plutonium***Re: easiest and shortest proof of Jordan Curve theorem**,*Proginoskes***Re: easiest and shortest proof of Jordan Curve theorem**,*a_plutonium***Re: easiest and shortest proof of Jordan Curve theorem**,*Proginoskes***Re: easiest and shortest proof of Jordan Curve theorem**,*Rick Decker***Re: easiest and shortest proof of Jordan Curve theorem**,*Proginoskes*

**Re: geodesics in hyperbolic plane**,*berthuffman***Re: geodesics in hyperbolic plane**,*berthuffman***Re: geodesics in hyperbolic plane**,*Robert Israel***Re: geodesics in hyperbolic plane**,*Thomas Mautsch*

**Re: geodesics in hyperbolic plane**,*Shmuel (Seymour J.) Metz*

**Re: involution has fixed point**,*Fedor*- <Possible follow-ups>
**Re: involution has fixed point**,*Koen Thas***P.S. Re: involution has fixed point**,*Koen Thas***Re: involution has fixed point**,*Robert Israel*

**Re: Theoretical/Rigorous precalculus textbook recommendation(s)**,*Isura*- <Possible follow-ups>
**Re: Theoretical/Rigorous precalculus textbook recommendation(s)**,*Shmuel (Seymour J.) Metz***Re: Theoretical/Rigorous precalculus textbook recommendation(s)**,*gaya . patel***Re: Theoretical/Rigorous precalculus textbook recommendation(s)**,*Shmuel (Seymour J.) Metz*

**Re: Theoretical/Rigorous precalculus textbook recommendation(s)**,*gaya . patel***Re: Theoretical/Rigorous precalculus textbook recommendation(s)**,*Shmuel (Seymour J.) Metz***Re: Theoretical/Rigorous precalculus textbook recommendation(s)**,*gaya . patel*

**Re: Theoretical/Rigorous precalculus textbook recommendation(s)**,*Stephen J. Herschkorn***Re: Theoretical/Rigorous precalculus textbook recommendation(s)**,*Dave L. Renfro***Re: Theoretical/Rigorous precalculus textbook recommendation(s)**,*Dave L. Renfro***Re: Theoretical/Rigorous precalculus textbook recommendation(s)**,*Dave L. Renfro***Re: Theoretical/Rigorous precalculus textbook recommendation(s)**,*gaya . patel***Re: Theoretical/Rigorous precalculus textbook recommendation(s)**,*Dave L. Renfro*

**an optimization problem**,*Hao***Re: an optimization problem**,*Robert Israel*

**Re: can you integrate this function?**,*Stephen J. Herschkorn***Re: can you integrate this function?**,*Robert Low***Re: can you integrate this function?**,*David Kastrup***Re: can you integrate this function?**,*Robert Low*

**Re: can you integrate this function?**,*G.E. Ivey*

**Loop spaces of classifying spaces**,*Christoph Wockel***Re: Loop spaces of classifying spaces**,*Zbigniew Fiedorowicz***Re: Loop spaces of classifying spaces**,*John Baez*

**constraints on a matrix from conditions on it's inverse**,*Clare***volume integrating**,*carlos5100***Re: volume integrating**,*Someonekicked*

**Re: Negative Mathematics**,*Jules***Re: Negative Mathematics**,*Larry Lard***Re: Negative Mathematics**,*Hero*

- <Possible follow-ups>
**Re: Negative Mathematics**,*pauldepstein***Re: Negative Mathematics**,*rer***Re: Negative Mathematics**,*rer***Re: Negative Mathematics**,*rer*

**Re: Can we say (0, 1) is compact in (0, 1)?**,*Jules*- <Possible follow-ups>
**Re: Can we say (0, 1) is compact in (0, 1)?**,*comtech***Re: Can we say (0, 1) is compact in (0, 1)?**,*Achava Nakhash, the Loving Snake***Re: Can we say (0, 1) is compact in (0, 1)?**,*ArtflDodgr*

**Re: Well Ordering the Reals**,*Matt Gutting***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Virgil*

- <Possible follow-ups>
**Re: Well Ordering the Reals**,*Matt Gutting***Re: Well Ordering the Reals**,*Robert Low***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Virgil***Re: Well Ordering the Reals**,*imaginatorium*

**Re: Well Ordering the Reals**,*albstorz***Re: Well Ordering the Reals**,*albstorz***Re: Well Ordering the Reals**,*Randy Poe***Re: Well Ordering the Reals**,*albstorz***Re: Well Ordering the Reals**,*Tony Orlow*

**Re: Well Ordering the Reals**,*Tony Orlow*

**Re: Well Ordering the Reals**,*albstorz***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Daryl McCullough***Re: Well Ordering the Reals**,*Tony Orlow*

**Re: Well Ordering the Reals**,*Virgil***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Virgil*

**Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*David Kastrup***Re: Well Ordering the Reals**,*Virgil***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Virgil*

**Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Virgil***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Virgil*

**Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Robert Low***Re: Well Ordering the Reals**,*Virgil*

**Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Virgil*

**Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Daryl McCullough***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Randy Poe***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Daryl McCullough***Re: Well Ordering the Reals**,*Virgil*

**Re: Well Ordering the Reals**,*Virgil*

**Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Matt Gutting***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*William Hughes***Re: Well Ordering the Reals**,*imaginatorium***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Virgil***Re: Well Ordering the Reals**,*William Hughes***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*David R Tribble***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Matt Gutting***Re: Well Ordering the Reals**,*Tony Orlow*

**Re: Well Ordering the Reals**,*Matt Gutting***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*William Hughes***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*William Hughes***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*William Hughes***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*William Hughes***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*William Hughes***Re: Well Ordering the Reals**,*David R Tribble***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*William Hughes***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*William Hughes***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*William Hughes***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*imaginatorium***Re: Well Ordering the Reals**,*David R Tribble***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Virgil***Re: Well Ordering the Reals**,*David R Tribble***Re: Well Ordering the Reals**,*Virgil***Re: Well Ordering the Reals**,*Virgil***Re: Well Ordering the Reals**,*Virgil***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Virgil***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Virgil***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Virgil***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Virgil***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Virgil***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Virgil***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Virgil***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Virgil***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Virgil***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Virgil***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Virgil***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Virgil***Re: Well Ordering the Reals**,*Ross A. Finlayson***Re: Well Ordering the Reals**,*David R Tribble***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*David R Tribble***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Virgil***Re: Well Ordering the Reals**,*David R Tribble***Re: Well Ordering the Reals**,*David R Tribble***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Virgil***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Virgil***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Virgil***Re: Well Ordering the Reals**,*David R Tribble***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Virgil***Re: Well Ordering the Reals**,*Ross A. Finlayson***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*David R Tribble***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*David R Tribble***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Jonathan Hoyle***Re: Well Ordering the Reals**,*Virgil***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Virgil***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Virgil***Re: Well Ordering the Reals**,*Virgil*

**Re: Well Ordering the Reals**,*Virgil*

**Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Randy Poe***Re: Well Ordering the Reals**,*Virgil***Re: Well Ordering the Reals**,*Daryl McCullough***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Daryl McCullough***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Virgil***Re: Well Ordering the Reals**,*Robert Low***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Robert Low***Re: Well Ordering the Reals**,*Virgil*

**Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Virgil*

**Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Daryl McCullough***Re: Well Ordering the Reals**,*Robert Low*

**Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Virgil***Re: Well Ordering the Reals**,*Dik T. Winter***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*David R Tribble***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Robert J. Kolker***Re: Well Ordering the Reals**,*Virgil***Re: Well Ordering the Reals**,*David R Tribble***Re: Well Ordering the Reals**,*Tony Orlow*

**Re: Well Ordering the Reals**,*Virgil***Re: Well Ordering the Reals**,*Daryl McCullough***Re: Well Ordering the Reals**,*David R Tribble***Re: Well Ordering the Reals**,*David R Tribble***Re: Well Ordering the Reals**,*albstorz***Re: Well Ordering the Reals**,*David R Tribble***Re: Well Ordering the Reals**,*albstorz***Re: Well Ordering the Reals**,*Virgil**Message not available**Message not available**Message not available**Message not available***Re: Well Ordering the Reals**,*Virgil***Re: Well Ordering the Reals**,*David R Tribble***Re: Well Ordering the Reals**,*albstorz*

**Re: Well Ordering the Reals**,*Tony Orlow (aeo6)***Re: Well Ordering the Reals**,*David R Tribble***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*David R Tribble***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Virgil*

**Re: Well Ordering the Reals**,*David R Tribble***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*David R Tribble***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*David R Tribble***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Virgil***Re: Well Ordering the Reals**,*David R Tribble***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*David R Tribble***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*David R Tribble***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*David R Tribble***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*David R Tribble***Re: Well Ordering the Reals**,*imaginatorium***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Virgil***Re: Well Ordering the Reals**,*David R Tribble***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Virgil***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Randy Poe***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Randy Poe***Re: Well Ordering the Reals**,*Virgil***Re: Well Ordering the Reals**,*David R Tribble***Re: Well Ordering the Reals**,*David R Tribble***Re: Well Ordering the Reals**,*Tony Orlow**Message not available**Message not available***Re: Well Ordering the Reals**,*David R Tribble***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*David R Tribble***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Virgil***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Virgil***Re: Well Ordering the Reals**,*David R Tribble***Re: Well Ordering the Reals**,*David R Tribble***Re: Well Ordering the Reals**,*David R Tribble***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Virgil***Re: Well Ordering the Reals**,*David R Tribble***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Virgil***Re: Well Ordering the Reals**,*James Burns***Re: Well Ordering the Reals**,*Ross A. Finlayson***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Virgil*

**Re: Well Ordering the Reals**,*David R Tribble***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Virgil***Re: Well Ordering the Reals**,*David R Tribble***Re: Well Ordering the Reals**,*David R Tribble***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Virgil*

**Re: Well Ordering the Reals**,*albstorz***Re: Well Ordering the Reals**,*Virgil***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Virgil*

**Re: Well Ordering the Reals**,*albstorz***Re: Well Ordering the Reals**,*Virgil***Re: Well Ordering the Reals**,*Tony Orlow***Re: Well Ordering the Reals**,*Virgil*

**Re: Well Ordering the Reals**,*Virgil***Re: Well Ordering the Reals**,*Virgil***Re: Well Ordering the Reals**,*Tony Orlow (aeo6)***Re: Well Ordering the Reals**,*Virgil*

**? what is the x maximizing norm(b) where b = A*x**,*Cheng Cosine***Re: ? what is the x maximizing norm(b) where b = A*x**,*Cheng Cosine***Re: ? what is the x maximizing norm(b) where b = A*x**,*Robert Israel***Re: ? what is the x maximizing norm(b) where b = A*x**,*Cheng Cosine***Re: ? what is the x maximizing norm(b) where b = A*x**,*Robert Israel***Re: ? what is the x maximizing norm(b) where b = A*x**,*Cheng Cosine***Re: ? what is the x maximizing norm(b) where b = A*x**,*Robert Israel***Re: ? what is the x maximizing norm(b) where b = A*x**,*Cheng Cosine*

**Re: Thoughts while making pot roast**,*Matt Gutting***Re: Thoughts while making pot roast**,*Randy Poe*- <Possible follow-ups>
**Re: Thoughts while making pot roast**,*Narcoleptic Insomniac***Re: Thoughts while making pot roast**,*Gerry Myerson***Re: Thoughts while making pot roast**,*Matt Gutting***Re: Thoughts while making pot roast**,*Rick Decker*

**Re: Thoughts while making pot roast**,*imaginatorium***Re: Thoughts while making pot roast**,*Anthony Buckland*

**Re: mathermatician says he can predict the future.**,*RickO***Re: Linear Algebra Question**,*Arturo Magidin*- <Possible follow-ups>
**Re: Linear Algebra Question**,*Robert Israel*

**Re: galois theory**,*Arturo Magidin***Re: galois theory**,*Roger Bagula***Re: galois theory**,*fernando revilla***Re: galois theory**,*Arturo Magidin***Re: galois theory**,*fernando revilla*

- <Possible follow-ups>
**Re: galois theory**,*odin***Galois theory**,*Jose Antonio***Re: Galois theory**,*Alicia***Re: Galois theory**,*Alicia***Re: Galois theory**,*Arturo Magidin***Re: Galois theory**,*Ken Pledger*

**Galois theory**,*Jose Antonio***Re: Galois theory**,*Rupert*

**Re: Fundamental Theroem of finite abelian groups**,*Arturo Magidin***Re: Fundamental Theroem of finite abelian groups**,*Eric***Re: Fundamental Theroem of finite abelian groups**,*Arturo Magidin*

- <Possible follow-ups>
**Re: Fundamental Theroem of finite abelian groups**,

**Re: Homomorphism mappings**,*Arturo Magidin*- <Possible follow-ups>
**Re: Homomorphism mappings**,*Arturo Magidin***Re: Homomorphism mappings**,*Arturo Magidin***Re: Homomorphism mappings**,*Shmuel (Seymour J.) Metz***Re: Homomorphism mappings**,*Arturo Magidin***Re: Homomorphism mappings**,*Shmuel (Seymour J.) Metz*

**Re: Group actions**,*Shmuel (Seymour J.) Metz***Re: Constructive proofs**,*Peter Allen***Re: Constructive proofs**,*Keith Ramsay*