| 488 |
Given the three numbers Algebra
|
| 487 |
Convex polygons Geometry
|
| 486 |
In this diagram, not drawn to scale, Figures&nb...
|
Geometry
|
| 485 |
Algebra
|
| 484 |
A number Number Theory
|
| 483 |
With Algebra
|
| 482 |
In this diagram the center of the circle is&nbs...
|
Geometry
|
| 481 |
The measures of the interior angles of a convex...
|
Geometry
|
| 480 |
If Algebra
|
| 479 |
Define an operation ![$\star$]() |
Algebra
|
| 478 |
A straight line passing through the point ...
|
Geometry
|
| 477 |
If an arc of ![$60^{\circ}$]() |
Geometry
|
| 476 |
Find the sum of all prime numbers between ...
|
Number Theory
|
| 475 |
The number halfway between Algebra
|
| 474 |
Which of the following statements is false? ...
|
Geometry
|
| 473 |
What is the sum of the digits of the decimal fo...
|
Number Theory
|
| 472 |
Problem 28
A circular disc with dia...
|
Geometry
|
| 471 |
If an arc of ![$60^{\circ}$]() |
Geometry
|
| 470 |
If Algebra
|
| 469 |
A positive number is mistakenly divided by ...
|
Number Theory
|
| 468 |
If an arc of ![$60^{\circ}$]() |
Geometry
|
| 467 |
A triangle has angles of Trigonometry
|
| 466 |
In ![$\triangle ABC$]() |
Geometry
|
| 465 |
Let Algebra
|
| 464 |
Consider the L-shaped region formed by three un...
|
Probability
|
| 463 |
A cube-shaped container has vertices ![]() |
Geometry
|
| 462 |
Let Trigonometry
|
| 460 |
Let Algebra
|
| 459 |
In the accompanying figure, the outer square&nb...
|
Geometry
|
| 458 |
Define an operation ![$\star$]() |
Algebra
|
| 457 |
A straight line passing through the point ...
|
Geometry
|
| 456 |
The real value of Algebra
|
| 455 |
A number Number Theory
|
| 454 |
Let Combinatorics
Number Theory
Probability
|
| 453 |
Sixteen chairs are arranged in...
|
Combinatorics
|
| 452 |
Let Algebra
Geometry
|
| 451 |
There are exactly three positive real numbers&n...
|
Algebra
|
| 450 |
Find the number of collections...
|
Combinatorics
|
| 449 |
...
|
Algebra
|
| 448 |
 ...
|
Algebra
|
| 447 |
Let Trigonometry
|
| 446 |
For each positive integer, ![$n$]() |
Number Theory
|
| 445 |
Let  |
Algebra
|
| 444 |
Equilateral triangle ![$ABC$]() |
Geometry
|
| 443 |
Find the arithmetic mean of all the three-digit...
|
Number Theory
|
| 442 |
In the accompanying figure, the outer square&nb...
|
Geometry
|
| 441 |
For any finite set Combinatorics
|
| 440 |
For positive real numbers ![$s$]() |
Algebra
Geometry
|
| 439 |
There are real numbers Algebra
|
| 438 |
Equilateral triangle ![$ABC$]() |
Geometry
|
| 437 |
Equilateral triangle ![$ABC$]() |
Geometry
|
| 436 |
Regular polygons with ![$5,6,7,$]() |
Combinatorics
|
| 435 |
cube is constructed from Combinatorics
|
| 434 |
What is the average number of pairs of consecut...
|
Combinatorics
Probability
|
| 433 |
For Number Theory
|
| 432 |
Find the number of ordered pairs of integers&nb...
|
Combinatorics
Number Theory
|
| 431 |
A straight river that is ![$264$]() |
Algebra
Geometry
|
| 430 |
Find the three-digit positive integer |
Number Theory
|
| 429 |
Quadratic polynomials ![$P(x)$]() |
Algebra
|
| 428 |
Let Geometry
|
| 427 |
Let Number Theory
|
| 426 |
Define Algebra
|
| 425 |
Each vertex of a regular octagon is independent...
|
Combinatorics
|
| 424 |
Let ![$\triangle ABC$]() |
Geometry
|
| 423 |
Let Geometry
|
| 422 |
Eight circles of radius ![$34$]() |
Geometry
|
| 421 |
Consider the paths of length Combinatorics
|
| 420 |
Rectangles ![$ABCD$]() |
Geometry
|
| 419 |
Alice and Bob play the following game. A stack ...
|
Combinatorics
|
| 418 |
There exist real numbers ![$x$]() |
Algebra
|
| 417 |
Every morning Aya goes for a Algebra
|
| 416 |
When the roots of the polynomial
|
Algebra
|
| 415 |
You are playing a game. A Combinatorics
|
| 414 |
Let ![$\mathcal{B}$]() |
Geometry
|
| 413 |
Let Combinatorics
Number Theory
|
| 412 |
Carlos went to a sports store to buy running sh...
|
Algebra
|
| 411 |
Let Geometry
|
| 410 |
Alex divides a disk into four quadrants with tw...
|
Combinatorics
Geometry
Probability
|
| 409 |
The set of points in ![$3$]() |
Geometry
Inequalities
|
| 408 |
A piecewise linear function is defined by![]() |
Algebra
Geometry
|
| 407 |
The Combinatorics
|
| 406 |
The parabola with equation Algebra
Geometry
|
| 405 |
The twelve letters Combinatorics
Probability
|
| 404 |
An isosceles trapezoid has an inscribed circle ...
|
Geometry
|
| 403 |
here are Combinatorics
Number Theory
|
| 402 |
Find the number of ordered pairs ![...]() |
Algebra
|
| 401 |
Find the sum of all integer bases ![]() |
Number Theory
|
| 400 |
The numbers of apples growing on each of six ap...
|
Algebra
|
| 399 |
Let Algebra
Combinatorics
|
| 398 |
Circles ![$\omega_1$]() |
Algebra
Geometry
|
| 397 |
Each vertex of a regular dodecagon ( Combinatorics
Geometry
|
| 396 |
Consider the L-shaped region formed by three un...
|
Geometry
Probability
|
| 395 |
Let Algebra
|
| 394 |
Let Algebra
|
| 393 |
Recall that a palindrome is a number that reads...
|
Algebra
Combinatorics
|
| 392 |
Define the sequence Algebra
|
| 391 |
There are ![$2^{10} = 1024$]() |
Combinatorics
|
| 390 |
Let Algebra
|
| 389 |
Steve says to Jon, "I am thinking of a pol...
|
Algebra
|
| 388 |
The repeating decimals Algebra
|