| 61 |
AMC 12 2021 Spring B Q1 |
For how many real values of \( x\) is \( \sqrt {12... |
1545.93 |
| 62 |
AMC 10 2005 B Q24 |
Let \( x\) and \( y\) be two-digit integers such t... |
1545.86 |
| 63 |
AMC 12 2023 B Q9 |
What is the area of the region in the coordinate p... |
1545.83 |
| 64 |
AMC 8 1989 Q |
Let \(x_{0}\), \(x_{1}\), \(x_{2}\), \(\cdots\) be... |
1545.83 |
| 65 |
AMC 8 1991 A Q8 |
What is the largest quotient that can be formed us... |
1545.83 |
| 66 |
AMC 8 2000 A Q25 |
The area of rectangle \(ABCD\) is \(72\). If point... |
1545.83 |
| 67 |
AMC 8 2003 A Q19 |
How many integers between \(1000\) and \(2000\) ha... |
1545.83 |
| 68 |
AMC 10 2006 B Q23 |
A triangle is partitioned into three triangles and... |
1545.83 |
| 69 |
AMC 12 2004 B Q23 |
The polynomial \( x^3-2004x^2+mx+n\) has integer c... |
1545.83 |
| 70 |
AMC 12 2021 Fall A Q19 |
Let \(x\) be the least real number greater than \(... |
1545.83 |
| 71 |
AMC 10 2004 B Q22 |
A triangle with sides of \( 5\), \( 12\), and \( 1... |
1545.80 |
| 72 |
AMC 10 2009 A Q18 |
At Jefferson Summer Camp, \( 60\%\) of the childre... |
1545.76 |
| 73 |
AMC 10 2001 A Q13 |
A telephone number has the form \( ABC - DEF - GHI... |
1545.13 |
| 74 |
AMC 8 1993 A Q20 |
When \(10^{93}-93\) is expressed as a single whole... |
1545.10 |
| 75 |
AMC 8 2012 A Q18 |
What is the smallest positive integer that is neit... |
1544.96 |
| 76 |
AMC 8 2012 A Q22 |
Let \(R\) be a set of nine distinct integers. Six ... |
1544.52 |
| 77 |
AMC 8 2012 A Q11 |
The mean, median, and unique mode of the positive ... |
1544.45 |
| 78 |
AMC 12 1980 A Q27 |
The sum \(\sqrt[3] {5+2\sqrt{13}}+\sqrt[3]{5-2\sqr... |
1544.40 |
| 79 |
AMC 8 2000 A Q19 |
Three circular arcs of radius \(5\) units bound th... |
1544.40 |
| 80 |
AMC 10 2002 A Q22 |
A sit of tiles numbered 1 through 100 is modified ... |
1544.37 |