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In the regular octagon shown, if each side has length 3, what is the area of the octagon?
What is the nearest integer to the value of $$\sqrt[3]{27+64}$$?


According to the data in the table, what percent of the children had access to a computer either at home, at school, or both?
n is an integer greater than 3.

Quantity A

The fraction of the integers greater than 1 and less than n that are prime numbers

Quantity B

$$\frac{1}{2}$$


p is a positive prime number and a divisor of 40.

Quantity A

p

Quantity B

4


If $$k$$ and $$n$$ are positive integers and $$\frac{200^k}{2^n}$$ is not an integer, what is the least possible value of $$k+ n$$?
A number is to be randomly selected from the numbers that are factors of 48, including 1 and 48. What is the probability that the number selected will be a multiple of 3?
A certain restaurant offers each customer a combination dinner consisting of a choice of any entree, a choice of any beverage, and a choice of any dessert. The number of different combination dinners that are possible is 90. Which of the following CANNOT be the number of desserts available to be chosen for a combination dinner?
The buyer of a certain party meal package must choose 2 of 4 main dishes and 4 of 5 side dishes. How many different combinations of main and side dishes are available to the buyer?
The probability is 0.70 that event E occurs, 0.40 that event F occurs, and 0.30 that both events occur.

Quantity A

The probability that neither E nor F occur

Quantity B

0.20


Let G be the set of integers from 100 to 999, and let n be the integer for which 40 percent of the integers in G are less than or equal to n.

Quantity A

2n

Quantity B

900


If $$f(x) = x^2 +5$$ for all positive integers $$x$$, which of the following must be true for each positive integer $$x$$?
<$$x$$, $$y$$>=$$(-1)^{x+y}$$ for all integers $$x$$ and $$y$$.

Quantity A

<2a, 4b>

Quantity B

<4a, 2b+1>


n > 4

Quantity A

The sum of the first n positive prime numbers

Quantity B

The sum of the first n positive integers


$$k$$ is a positive integer, and $$n=15k$$.

Quantity A

The number of different prime factors of $$n$$

Quantity B

4


A certain list consists of 25 different positive integers, where each of the integers is a multiple of the positive integer m, The greatest integer in the list is 250.

Quantity A

m

Quantity B

5


Integer x is a multiple of 26. R is the remainder when 15x is divided by 6.

Quantity A

R

Quantity B

0


$$n$$ is a positive integer.

Quantity A

The remainder when $$3^{4n+2}+5$$ is divided by 10

Quantity B

4


Quantity A

The smallest integer $$n$$, $$n$$ > 2, such that $$n-2$$ is divisible by 3, 4, 5, and 6

Quantity B

362


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