| 761 |
AMC 10 2000 A Q15 |
Two non-zero real numbers, \(a\) and \(b\), satisf... |
1513.13 |
| 762 |
AMC 8 2001 A Q23 |
Points \(R, S\) and \(T\) are vertices of an equil... |
1512.95 |
| 763 |
AMC 8 1997 A Q6 |
In the number \(74982.1035\) the value of the ''pl... |
1512.91 |
| 764 |
AMC 8 2007 A Q14 |
The base of isosceles \(\triangle{ABC}\) is \(24\)... |
1512.80 |
| 765 |
AMC 10 2008 B Q25 |
Michael walks at the rate of \( 5\) feet per secon... |
1512.77 |
| 766 |
AMC 12 1984 A Q4 |
A rectangle intersects a circle as shown: \(AB=4\)... |
1512.66 |
| 767 |
AMC 12 1990 A Q5 |
Which of these numbers is the largest?
$$\textb... |
1512.65 |
| 768 |
AMC 10 2006 A Q9 |
How many sets of two or more consecutive positive ... |
1512.63 |
| 769 |
AMC 8 2005 A Q21 |
How many distinct triangles can be drawn using thr... |
1512.57 |
| 770 |
AMC 12 2005 B Q17 |
How many distinct four-tuples \( (a,b,c,d)\) of ra... |
1512.54 |
| 771 |
AMC 8 2011 A Q11 |
The graph shows the number of minutes studied by b... |
1512.40 |
| 772 |
AMC 8 1989 Q |
A data set consists of \(6\) (not distinct) positi... |
1512.32 |
| 773 |
AMC 12 2003 B Q18 |
Let \( x\) and \( y\) be positive integers such th... |
1512.26 |
| 774 |
AMC 10 2012 B Q24 |
Amy, Beth, and Jo listen to four different songs a... |
1512.19 |
| 775 |
IMC 2008 Q16 |
The first two terms of a sequence are \( \frac{2}{... |
1512.15 |
| 776 |
AMC 8 2009 A Q17 |
The positive integers \( x\) and \( y\) are the tw... |
1511.80 |
| 777 |
AMC 12 1998 A Q9 |
A speaker talked for sixty minutes to a full audit... |
1511.74 |
| 778 |
AMC 12 1991 A Q6 |
If \(x \ge 0\), then \(\sqrt{x \sqrt{x \sqrt{x}}} ... |
1511.58 |
| 779 |
AMC 12 1996 A Q5 |
Given that \(0 < a < b < c < d\), which of the fol... |
1511.47 |
| 780 |
IMC 2024 Q10 |
Which of the following is equal to \(\frac{20}{24}... |
1511.30 |