| 201 |
AMC 10 2005 B Q16 |
The quadratic equation \(x^2+mx+n=0\) has roots th... |
1521.92 |
| 202 |
JMO 2017 A Q3 |
Howard is out running. He is now \(\frac{3}{5}\) o... |
1519.76 |
| 203 |
AMC 10 2006 B Q25 |
Mr. Jones has eight children of different ages. O... |
1519.40 |
| 204 |
AMC 10 2013 A Q12 |
In \(\triangle ABC\), \(AB=AC=28\) and \(BC=20\). ... |
1519.29 |
| 205 |
AMC 12 1985 A Q26 |
Find the least positive integer \( n\) for which \... |
1518.69 |
| 206 |
AMC 8 2019 A Q3 |
Which of the following is the correct order of the... |
1518.60 |
| 207 |
AMC 8 1991 A Q14 |
Several students are competing in a series of thre... |
1518.55 |
| 208 |
AMC 10 2000 A Q19 |
Through a point on the hypotenuse of a right trian... |
1517.95 |
| 209 |
AMC 8 2004 A Q24 |
In the figure, \(ABCD\) is a rectangle and \(EFGH\... |
1517.83 |
| 210 |
AMC 12 2009 B Q19 |
For each positive integer \( n\), let \( f(n)=n^4-... |
1517.47 |
| 211 |
AMC 12 2023 A Q17 |
Flora the frog starts at \(0\) on the number line ... |
1517.44 |
| 212 |
AMC 8 1985 A Q18 |
Nine copies of a certain pamphlet cost less than $... |
1517.44 |
| 213 |
AMC 8 1998 A Q14 |
An Annville Junior High School, \(30\%\) of the st... |
1517.44 |
| 214 |
AMC 10 2004 A Q21 |
Two distinct lines pass through the center of thre... |
1517.44 |
| 215 |
AMC 12 2006 B Q23 |
Isosceles \( \triangle ABC\) has a right angle at ... |
1517.44 |
| 216 |
AIME 1995 I Q12 |
Pyramid \(OABCD\) has square base \(ABCD,\) congru... |
1517.44 |
| 217 |
AMC 10 2008 B Q11 |
Suppose that \( \left(u_n\right)\) is a sequence o... |
1517.43 |
| 218 |
AMC 12 2013 A Q10 |
Let \(S\) be the set of positive integers \(n\) fo... |
1517.40 |
| 219 |
AMC 12 1996 A Q24 |
The sequence \(1, 2, 1, 2, 2, 1, 2, 2, 2, 1, 2, 2,... |
1517.32 |
| 220 |
AMC 12 2004 B Q12 |
In the sequence \( 2001, 2002, 2003, \ldots\), eac... |
1517.28 |