18 March 2011

• 18:0518:05, 18 March 2011 diff hist +16 American High School Mathematics Examination →Format
• 12:4812:48, 18 March 2011 diff hist +2 2000 AMC 8 Problems/Problem 1 →See Also
• 12:4812:48, 18 March 2011 diff hist +19 2000 AMC 8 Problems/Problem 1 →See Also
• 12:3312:33, 18 March 2011 diff hist −8 2000 AMC 8 Problems/Problem 1 →See Also
• 12:3212:32, 18 March 2011 diff hist +17 2000 AMC 8 Problems/Problem 1 →See Also
• 12:2912:29, 18 March 2011 diff hist +15 2000 AMC 8 Problems/Problem 1 →Solution
• 12:2812:28, 18 March 2011 diff hist +54 2000 AMC 8 Problems/Problem 1 →Solution
• 12:2412:24, 18 March 2011 diff hist +6 2000 AMC 8 Problems →Problem 3
• 12:2312:23, 18 March 2011 diff hist +1 AMC 8 Problems and Solutions No edit summary
• 11:2711:27, 18 March 2011 diff hist 0 User:Pidigits125 No edit summary
• 11:2711:27, 18 March 2011 diff hist +63 User:Pidigits125 No edit summary

16 March 2011

• 21:5421:54, 16 March 2011 diff hist −4 2001 AMC 10 Problems/Problem 25 No edit summary
• 21:5421:54, 16 March 2011 diff hist +124 N 2001 AMC 10 Problems/Problem 25 Created page with 'Please navigate here for the solution.'
• 21:5321:53, 16 March 2011 diff hist +101 2001 AMC 12 Problems/Problem 12 No edit summary
• 21:5221:52, 16 March 2011 diff hist +53 2001 AMC 12 Problems/Problem 12 →See Also
• 21:4921:49, 16 March 2011 diff hist +340 2001 AMC 10 Problems →Problem 24
• 21:4721:47, 16 March 2011 diff hist +729 N 2001 AMC 10 Problems/Problem 24 Created page with '==Problem== In trapezoid <math> ABCD </math>, <math> \overline{AB} </math> and <math> \overline{CD} </math> are perpendicular to <math> \overline{AD} </math>, with <math> AB+CD=…'
• 21:4321:43, 16 March 2011 diff hist +459 2001 AMC 10 Problems →Problem 23
• 21:3721:37, 16 March 2011 diff hist +42 2001 AMC 12 Problems/Problem 11 No edit summary
• 21:3721:37, 16 March 2011 diff hist +101 2001 AMC 12 Problems/Problem 11 No edit summary
• 21:3621:36, 16 March 2011 diff hist +120 Nm 2001 AMC 10 Problems/Problem 23 Created page with 'Please navigate here for the solution: http://www.artofproblemsolving.com/Wiki/index.php/2001_AMC_12_Problems/Problem_11'
• 21:3521:35, 16 March 2011 diff hist 0 2001 AMC 10 Problems →Problem 23
• 21:3421:34, 16 March 2011 diff hist +479 2001 AMC 10 Problems →Problem 22
• 21:0521:05, 16 March 2011 diff hist +57 2001 AMC 10 Problems/Problem 22 →Solution 2
• 19:5419:54, 16 March 2011 diff hist +1,104 2001 AMC 10 Problems/Problem 22 →Solution
• 19:4719:47, 16 March 2011 diff hist +105 2001 AMC 10 Problems/Problem 22 →Solution
• 19:4219:42, 16 March 2011 diff hist +1,770 N 2001 AMC 10 Problems/Problem 22 Created page with '==Problem== In the magic square shown, the sums of the numbers in each row, column, and diagonal are the same. Five of these numbers are represented by <math> v </math>, <math> …'
• 19:3619:36, 16 March 2011 diff hist +345 2001 AMC 10 Problems →Problem 22
• 19:3619:36, 16 March 2011 diff hist +453 2001 AMC 10 Problems →Problem 21
• 19:3419:34, 16 March 2011 diff hist +812 N 2001 AMC 10 Problems/Problem 21 Created page with '==Problem== A right circular cylinder with its diameter equal to its height is inscribed in a right circular cone. The cone has diameter <math> 10 </math> and altitude <math> 12…'
• 19:3219:32, 16 March 2011 diff hist +1 2001 AMC 10 Problems →Problem 21
• 19:2619:26, 16 March 2011 diff hist +477 2001 AMC 10 Problems →Problem 20
• 19:2419:24, 16 March 2011 diff hist +59 2001 AMC 10 Problems/Problem 20 →Solution
• 18:1418:14, 16 March 2011 diff hist +878 N 2001 AMC 10 Problems/Problem 20 Created page with '== Problem == A regular octagon is formed by cutting an isosceles right triangle from each of the corners of a square with sides of length <math> 2000 </math>. What is the lengt…'
• 18:1118:11, 16 March 2011 diff hist 0 2001 AMC 10 Problems →Problem 20
• 18:1118:11, 16 March 2011 diff hist 0 2001 AMC 10 Problems →Problem 20
• 18:1118:11, 16 March 2011 diff hist +4 2001 AMC 10 Problems →Problem 20
• 18:1018:10, 16 March 2011 diff hist +2 2001 AMC 10 Problems →Problem 20
• 18:1018:10, 16 March 2011 diff hist +12 2001 AMC 10 Problems →Problem 20
• 18:1018:10, 16 March 2011 diff hist −16 2001 AMC 10 Problems →Problem 20
• 18:0818:08, 16 March 2011 diff hist +430 2001 AMC 10 Problems →Problem 19
• 18:0518:05, 16 March 2011 diff hist +1,129 N 2001 AMC 10 Problems/Problem 19 Created page with '== Problem == Pat wants to buy four donuts from an ample supply of three types of donuts: glazed, chocolate, and powdered. How many different selections are possible? <math> \t…'
• 18:0218:02, 16 March 2011 diff hist +344 2001 AMC 10 Problems →Problem 18
• 18:0018:00, 16 March 2011 diff hist +2 2001 AMC 12 Problems/Problem 10 →See Also
• 18:0018:00, 16 March 2011 diff hist +141 2001 AMC 12 Problems/Problem 10 No edit summary
• 17:5917:59, 16 March 2011 diff hist +120 N 2001 AMC 10 Problems/Problem 18 Created page with 'Please navigate here for the solution: http://www.artofproblemsolving.com/Wiki/index.php/2001_AMC_12_Problems/Problem_10'
• 17:5817:58, 16 March 2011 diff hist +46 2001 AMC 10 Problems →Problem 18
• 17:5717:57, 16 March 2011 diff hist +687 2001 AMC 10 Problems →Problem 17
• 17:5517:55, 16 March 2011 diff hist 0 2001 AMC 10 Problems →Problem 5
• 17:5417:54, 16 March 2011 diff hist +273 2001 AMC 10 Problems →Problem 11