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Quantitative Aptitude
List of top Quantitative Aptitude Questions
A rectangular solid has a square base and altitude of 7. If the volume of the solid is 252, then the perimeter of the square base is
GRE
Quantitative Aptitude
Geometry
\(3 - 2[5 - 7(3+2)] =\)
GRE
Quantitative Aptitude
Arithmetic
In the xy-coordinate system, the point (x, y) lies on the circle with equation \(x^2 + y^2 = 1\).
Column A: \(x + y\)
Column B: 1.01
GRE
Quantitative Aptitude
Geometry
A health food store prepares a breakfast food that consists of oats, raisins, and nuts mixed in the ratio 9:2:1, respectively, by weight. If the nuts in the mixture weigh 9.2 pounds, how many pounds does the total mixture weigh?
GRE
Quantitative Aptitude
Ratio and Proportion
A market survey showed that 76 percent of the visitors at a certain resort came from Pacific or southwestern states. Of these, \(\frac{2}{3}\) were from California, and 87 percent of the Californians were from southern California. Approximately what percent of the visitors at the resort were from southern California?
GRE
Quantitative Aptitude
Number System
For every positive integer n greater than 1, n! is defined as the product of the first n positive integers. For example, \(4! = (1)(2)(3)(4) = 24\). What is the value of \(\frac{12!}{10!}\)?
GRE
Quantitative Aptitude
Number System
If \(\frac{5^4 - 1}{n}\) is an integer an n is an integer, then n could be each of the following EXCEPT
GRE
Quantitative Aptitude
Number System
\(p + q = 1\)
\(0<p<q\)
Column A: \(\frac{1}{pq}\)
Column B: 1
GRE
Quantitative Aptitude
Algebra
\(\frac{n}{4} + \frac{r}{8} = \frac{s}{8} + \frac{t}{6}\), where n, r, s, and t are positive integers.
Column A: \(2n + r\)
Column B: \(2s + t\)
GRE
Quantitative Aptitude
Algebra
Integer n will be randomly selected from the integers 1 to 13, inclusive.
Column A: The probability that n will be even
Column B: The probability that n will be odd
GRE
Quantitative Aptitude
Probability
Column A: x
Column B: 80
GRE
Quantitative Aptitude
Geometry
\(PQ = OQ = 5\)
Column A: The area of region OPQ
Column B: 10
GRE
Quantitative Aptitude
Geometry
\(2x + 3y = 29\)
\(3x + 4y = 41\)
Column A: \(x + y\)
Column B: 12
GRE
Quantitative Aptitude
Number System
Column A: \((\sqrt{5} + \sqrt{5})^2\)
Column B: 20
GRE
Quantitative Aptitude
Exponents
Column A: \(|x^2|\)
Column B: \(|x|^2\)
GRE
Quantitative Aptitude
Algebra
\(x<y<20\)
Column A: \(x + y\)
Column B: 35
GRE
Quantitative Aptitude
Algebra
\(x>0\)
Column A: \(\frac{590 + x}{800}\)
Column B: \(\frac{600 + x}{790}\)
GRE
Quantitative Aptitude
Algebra
The square is inscribed in the circle.
Column A: The length of a diagonal of the square
Column B: The length of a diameter of the circle
GRE
Quantitative Aptitude
Geometry
In college M the average (arithmetic mean) number of students per course is 30 and the ratio of the number of students to the number of faculty is 20 to 1.
Column A: The total number of students in College M
Column B: 600
GRE
Quantitative Aptitude
Ratio and Proportion
In the rectangular coordinate system, the circle with center P is tangent to both the x- and y-axes.
Column A: The x-coordinate of P
Column B: The y-coordinate of P
GRE
Quantitative Aptitude
Geometry
Column A: \(\frac{3}{5} + \frac{2}{3}\)
Column B: 1
GRE
Quantitative Aptitude
Arithmetic
If a, b, c, and d are consecutive integers such that a<b<c<d, then in terms of a, the sum a + b + d =
GRE
Quantitative Aptitude
Algebra
The odds in favor of winning a game can be found by computing the ratio of the probability of winning to the probability of not winning. If the probability that Pat will win a game is \(\frac{4}{9}\), what are the odds that Pat will win the game?
GRE
Quantitative Aptitude
Probability
The measures of two angles of a parallelogram differ by 52 degrees. The number of degrees in the smaller angle is
GRE
Quantitative Aptitude
Geometry
\(2^x + 2^x =\)
GRE
Quantitative Aptitude
Exponents
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