23 April 2009

• 18:0518:05, 23 April 2009 diff hist −86 Problem solving Undo revision 28037 by FameofLight (Talk)

11 April 2009

• 01:1601:16, 11 April 2009 diff hist +37 Category:Olympiad Combinatorics Problems No edit summary current
• 01:1601:16, 11 April 2009 diff hist +36 Category:Intermediate Combinatorics Problems No edit summary current
• 01:1501:15, 11 April 2009 diff hist +38 Category:Introductory Combinatorics Problems No edit summary current
• 01:1301:13, 11 April 2009 diff hist −44 2002 AMC 12B Problems/Problem 20 No edit summary
• 00:3500:35, 11 April 2009 diff hist +50 2008 AMC 12A Problems/Problem 21 No edit summary
• 00:3100:31, 11 April 2009 diff hist +50 2009 AMC 12B Problems/Problem 20 No edit summary
• 00:3100:31, 11 April 2009 diff hist +50 2009 AMC 10B Problems/Problem 23 No edit summary
• 00:3000:30, 11 April 2009 diff hist +49 2008 AMC 12B Problems/Problem 22 No edit summary

5 April 2009

• 16:3316:33, 5 April 2009 diff hist +31 Inequality No edit summary

6 October 2008

• 17:3517:35, 6 October 2008 diff hist +449 N 2002 AMC 12A Problems/Problem 6 New page: ==Problem== For how many positive integers <math>m</math> does there exist at least one positive integer n such that <math>m \cdot n \le m + n</math>? <math> \mathrm{(A) \ } 4\qquad \math...
• 17:2617:26, 6 October 2008 diff hist +371 N 2002 AMC 12A Problems/Problem 3 New page: ==Problem== According to the standard convention for exponentiation, <cmath> 2^{2^{2^{2}}} = 2^{(2^{(2^2)})} = 2^{16} = 65536. </cmath> If the order in which the exponentiations are perf...