Question rating by month
1	Two trucks travel from Alphaburg to Betaville along the same route.	1122
2	Let a 2-placer be a terminating decimal, between 0 and 1, for which	1116
3	Three fair six-sided dice, each numbered 1 to 6, are rolled once. What	1108
4	A list of numbers has six positive integers. Three of those integers a	1098
5	If two integers are chosen at random out of the set {2, 5, 7, 8}, what	1085
6	Arrow AB which is a line segment exactly 5 units along with	1078
7	There are 500 cars on a sales lot, all of which have either two doors	1069
8	A set of five positive integers has an arithmetic mean of 150. A parti	1058
9	A box contains three pairs of blue gloves and two pairs of	1057
10	In a certain mathematical activity, we have five cards with five diffe	1054
11	How many different pairs of positive integers (a, b) satisfy the equat	1046
12	If the product of all the unique positive divisors of n, a positive in	1024
13	A bus from city M is traveling to city N at a constant speed while ano	1008
14	An integer between 1 and 300, inclusive, is chosen at random	999
15	A botanist selects n^2 trees on an island and studies (2n +	984
16	On a partly cloudy day, Derek decides to walk back from work	981
17	How many distinct four-digit numbers can be formed by the	980
18	If x is an integer and 1 ≤ x ≤ 100, what is the probability that x(x +	977
19	For how many different pairs of positive integers (a, b) can	971
20	How many different pairs of integers (a, b) exist such that 2 <= a <=	971
21	The median of n consecutive odd integers is 30. If the fifth term.....	950
22	x = 10^10 - z, where z is a two-digit integer. If the sum of the digit	946
23	How many numbers that are not divisible by 6 divide evenly	942
24	One side of a parking stall is defined by a straight stripe that consi	940
25	A sequence of numbers (geometric sequence) is given by the	940