24 October 2014

• 12:3312:33, 24 October 2014 diff hist +488 1989 AHSME Problems/Problem 17 →Solution: added solution current

20 April 2014

• 16:0916:09, 20 April 2014 diff hist 0 m LaTeX:Layout →Packages: fixed brackets

23 February 2014

• 23:1023:10, 23 February 2014 diff hist +1,260 1983 AIME Problems/Problem 7 solution 4 added

11 February 2014

• 19:1619:16, 11 February 2014 diff hist +470 2014 AMC 12A Problems/Problem 15 →Solution Two
• 19:1419:14, 11 February 2014 diff hist −24 m 2014 AMC 12A Problems/Problem 15 →Solution Two
• 19:1319:13, 11 February 2014 diff hist −29 m 2014 AMC 12A Problems/Problem 15 No edit summary
• 19:1219:12, 11 February 2014 diff hist +3 m 2014 AMC 12A Problems/Problem 15 →Solution Two: formatting

9 February 2014

• 19:4519:45, 9 February 2014 diff hist +18 m 2008 AMC 12B Problems/Problem 20 changed graph labels to roman font

14 January 2014

• 21:2921:29, 14 January 2014 diff hist +241 1974 AHSME Problems/Problem 3 No edit summary

13 January 2014

• 20:4020:40, 13 January 2014 diff hist +712 1996 AHSME Problems/Problem 21 No edit summary current
• 00:2300:23, 13 January 2014 diff hist +20 m 1988 AHSME Problems/Problem 1 fixed the typesetting a little

4 January 2014

• 19:3019:30, 4 January 2014 diff hist +778 N 1958 AHSME Problems/Problem 49 wrote solution

3 January 2014

• 23:0223:02, 3 January 2014 diff hist +580 N 1958 AHSME Problems/Problem 11 Created page with "==Problem== The number of roots satisfying the equation <math> \sqrt{5 \minus{} x} \equal{} x\sqrt{5 \minus{} x}</math> is: <math> \textbf{(A)}\ \text{unlimited}\qquad \textbf..."
• 22:5322:53, 3 January 2014 diff hist +815 N 1958 AHSME Problems/Problem 12 Created page with "==Problem== If <math> P \equal{} \frac{s}{(1 \plus{} k)^n}</math> then <math> n</math> equals: <math> \textbf{(A)}\ \frac{\log{\left(\frac{s}{P}\right)}}{\log{(1 \plus{} k)}}\q..."
• 22:4322:43, 3 January 2014 diff hist +839 N 1958 AHSME Problems/Problem 10 Created page with "==Problem== For what real values of <math> k</math>, other than <math> k \equal{} 0</math>, does the equation <math> x^2 \plus{} kx \plus{} k^2 \equal{} 0</math> have real roots..."
• 22:3122:31, 3 January 2014 diff hist +655 N 1958 AHSME Problems/Problem 9 wrote solution
• 22:2422:24, 3 January 2014 diff hist +794 N 1958 AHSME Problems/Problem 8 wrote solution
• 22:1722:17, 3 January 2014 diff hist +1 m 1958 AHSME Problems/Problem 7 →Solution
• 22:1722:17, 3 January 2014 diff hist 0 m 1958 AHSME Problems/Problem 7 →Solution
• 22:1522:15, 3 January 2014 diff hist +738 N 1958 AHSME Problems/Problem 7 wrote solution