User contributions for Vipul
3 July 2012
- 17:4217:42, 3 July 2012 diff hist +1 23 →Properties and families
- 17:4217:42, 3 July 2012 diff hist +68 23 →Properties and families
- 17:4217:42, 3 July 2012 diff hist +1,069 23 No edit summary
- 17:3817:38, 3 July 2012 diff hist +217 Factorial prime →Occurrence current
- 17:3717:37, 3 July 2012 diff hist −18 Factorial prime →Occurrence
- 17:3717:37, 3 July 2012 diff hist +178 Factorial prime No edit summary
- 17:3517:35, 3 July 2012 diff hist +360 7 →Properties and families current
- 17:3217:32, 3 July 2012 diff hist +847 6 No edit summary
- 17:3117:31, 3 July 2012 diff hist +1,239 N 6 Created page with "{{particular natural number}} ==Summary== ===Factorization=== The number 6 has the following factorization, with prime factors 2 and 3: <math>6 = 2^1 \cdot 3^1 = 2..."
- 17:2817:28, 3 July 2012 diff hist +969 17 →Prime-generating polynomials
- 17:2317:23, 3 July 2012 diff hist +31 17 No edit summary
- 17:2217:22, 3 July 2012 diff hist +910 30 No edit summary current
- 01:3001:30, 3 July 2012 diff hist +239 N Calkin-Wilf tree Created page with "==Definition== The '''Calkin-Wilf tree''' is a particular rooted binary tree with labeled vertices such that every positive rational number appears as the label on exactly on..." current
- 01:2601:26, 3 July 2012 diff hist +66 Schinzel-Sierpinski conjecture No edit summary current
- 01:2501:25, 3 July 2012 diff hist +682 N Schinzel-Sierpinski conjecture Created page with "==Statement== The name '''Schinzel-Sierpinski conjecture''' is used for two related conjectures: * For any positive rational number <math>r</math>, there exist [[prime numbe..."
- 01:2101:21, 3 July 2012 diff hist +107 Regular prime No edit summary current
- 01:0301:03, 3 July 2012 diff hist +173 Twin prime conjecture →Relation with other conjectures and known facts
- 01:0201:02, 3 July 2012 diff hist 0 Schinzel's hypothesis H No edit summary
- 01:0101:01, 3 July 2012 diff hist +3 Schinzel's hypothesis H No edit summary
- 01:0001:00, 3 July 2012 diff hist +1,062 N Schinzel's hypothesis H Created page with "=Statement== Suppose <math>f_1,f_2,\dots,f_r</math> are all irreducible polynomials with integer coefficients and with positive leading coefficient, such that the product <ma..."
- 00:5200:52, 3 July 2012 diff hist +998 N Cohn's irreducibility criterion Created page with "==Statement== Suppose <math>p</math> is a polynomial with integer coefficients, i.e., <math>p(x) \in \mathbb{Z}[x]</math>. Suppose that all the coefficients of <math>p</math>..." current
- 00:4800:48, 3 July 2012 diff hist +230 Bunyakovsky conjecture →Related facts and conjectures current
- 00:4700:47, 3 July 2012 diff hist +28 Bunyakovsky conjecture No edit summary
- 00:4500:45, 3 July 2012 diff hist +217 Dirichlet's theorem on primes in arithmetic progressions →Related facts current
- 00:4400:44, 3 July 2012 diff hist +1,070 N Bunyakovsky conjecture Created page with "==Statement== The conjecture (not yet proved or disproved) states the following: suppose <math>p(x) \in \mathbb{Z}[x]</math>, i.e., <math>p</math> is a polynomial of degree t..."
23 June 2012
- 05:0205:02, 23 June 2012 diff hist 0 Euler's false attempted generalization of Fermat's last theorem →Weaker statements that are true current
- 05:0105:01, 23 June 2012 diff hist 0 Euler's false attempted generalization of Fermat's last theorem →Statement
- 01:2201:22, 23 June 2012 diff hist +223 53 →Summary current
- 01:2101:21, 23 June 2012 diff hist +215 31 →Properties and families current
- 01:2001:20, 23 June 2012 diff hist +198 7 →Properties and families
- 01:1801:18, 23 June 2012 diff hist +241 89 →Properties and families current
- 01:1701:17, 23 June 2012 diff hist +149 N Template:Divide and check up to sqrt Created page with "A natural number <math>n > 1</math> is prime if and only if <math>n</math> is not divisible by any prime less than or equal to <math>\sqrt{n}</math>." current
- 01:1601:16, 23 June 2012 diff hist +221 97 →Properties and families
- 01:1301:13, 23 June 2012 diff hist +453 N 97 Created page with "{{particular natural number}} ==Summary== ===Factorization=== The number 97 is a prime number. ===Properties and families=== {| class="sortable" border="1" ! Property..."
- 01:1201:12, 23 June 2012 diff hist +453 N 89 Created page with "{{particular natural number}} ==Summary== ===Factorization=== The number 89 is a prime number. ===Properties and families=== {| class="sortable" border="1" ! Property..."
- 01:1001:10, 23 June 2012 diff hist +98 Euclid number →Behavior current
- 01:0801:08, 23 June 2012 diff hist +3 31 →Properties and families
- 01:0701:07, 23 June 2012 diff hist +218 31 →Summary
- 01:0501:05, 23 June 2012 diff hist +31 30 →Summary
- 01:0401:04, 23 June 2012 diff hist +90 Primorial →Behavior current
- 01:0201:02, 23 June 2012 diff hist +116 30 →Factorization
- 01:0101:01, 23 June 2012 diff hist +209 30 →Summary
- 01:0001:00, 23 June 2012 diff hist 0 30 →Factorization
- 00:5900:59, 23 June 2012 diff hist +693 N 30 Created page with "{{particular natural number}} ==Summary== ===Factorization=== The factorization is as follows, with factors 2, 3, and 5: <math>30 = 2^1 \cdot 3^1 \cdot 5^1 = 2..."
- 00:5400:54, 23 June 2012 diff hist +345 5 →Properties and families
- 00:5200:52, 23 June 2012 diff hist +1 7 →Properties and families
- 00:5200:52, 23 June 2012 diff hist −7 7 →Properties and families
- 00:5100:51, 23 June 2012 diff hist +36 Twin primes →Occurrence current
- 00:5100:51, 23 June 2012 diff hist −12 3 →Properties and families current
- 00:5000:50, 23 June 2012 diff hist +246 Twin primes →Occurrence