| 281 |
AMC 12 1986 A Q24 |
Let \(p(x) = x^{2} + bx + c\), where \(b\) and \(c... |
1516.02 |
| 282 |
AMC 10 2011 A Q22 |
Each vertex of convex pentagon \(ABCDE\) is to be ... |
1516.00 |
| 283 |
AMC 8 1985 A Q10 |
The fraction halfway between \( \frac{1}{5} \) and... |
1516.00 |
| 284 |
AMC 8 1985 A Q21 |
Mr. Green receives a 10% raise every year. His sal... |
1516.00 |
| 285 |
AMC 8 1989 Q |
In the product shown, \(\text{B}\) is a digit. The... |
1516.00 |
| 286 |
AMC 8 1989 Q |
The table below displays the grade distribution of... |
1516.00 |
| 287 |
AMC 8 1986 A Q13 |
The perimeter of the polygon shown is
$$\text{(... |
1516.00 |
| 288 |
AMC 8 1989 Q |
In quadrilateral \(ABCD, BC=8, CD=12, AD=10,\) and... |
1516.00 |
| 289 |
AMC 8 1987 A Q9 |
When finding the sum \(\frac{1}{2}+\frac{1}{3}+\fr... |
1516.00 |
| 290 |
AMC 12 2023 A Q23 |
How many ordered pairs of positive real numbers \(... |
1516.00 |
| 291 |
AMC 12 2023 A Q24 |
Let \(K\) be the number of sequences \(A_1\), \(A_... |
1516.00 |
| 292 |
AMC 12 2023 B Q13 |
A rectangular box \(\mathcal{P}\) has distinct edg... |
1516.00 |
| 293 |
AMC 12 2023 B Q14 |
For how many ordered pairs \((a,b)\) of integers d... |
1516.00 |
| 294 |
AMC 12 2023 B Q25 |
A regular pentagon with area \(\sqrt{5}+1\) is pri... |
1516.00 |
| 295 |
AMC 8 1989 Q |
What is the product of all real numbers \(x\) such... |
1516.00 |
| 296 |
AMC 8 1989 Q |
The roots of the polynomial \(10x^3 - 39x^2 + 29x ... |
1516.00 |
| 297 |
AMC 8 1989 Q |
Let \(P(x) = x^{2022} + x^{1011} + 1\). Which of t... |
1516.00 |
| 298 |
AMC 8 1989 Q |
Let \(c\) be a real number, and let \(z_1, z_2\) b... |
1516.00 |
| 299 |
AMC 8 1989 Q |
How many strings of length \(5\) formed from the d... |
1516.00 |
| 300 |
AMC 8 1989 Q |
A circle with integer radius \(r\) is centered at ... |
1516.00 |