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GRE 2025 Quantitative Reasoning Sample Paper Set 2 Question Paper with Solutions PDF is available for download. The overall test time is about 1 hour and 58 minutes. GRE has total 5 sections:
- Analytical Writing (One "Analyze an Issue" task, Alloted time 30 minutes)
- Verbal Reasoning (Two Sections, with 12 questions and 15 questions respectively)
- Quantitative Reasoning (Two Sections, with 12 questions and 15 questions respectively)
GRE 2025 Quantitative Reasoning Sample Paper Set 2 Question Paper with Solutions PDF
| GRE 2025 Quantitative Reasoning Set 2 Question Paper with Solutions PDF |  Download |
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For each of Questions 1--9, compare Quantity A and Quantity B, using additional information centered above the two quantities if such information is given. Select one of the following four answer choices. A symbol that appears more than once in a question has the same meaning throughout the question.
Question 1:
Quantity A: The dollar value of 1 Argentine peso
Quantity B: The dollar value of 1 Kenyan shilling
\( k \) is a digit in the decimal \( 1.3k5 \), and \( 1.3k5 \) is less than \( 1.33 \).
Quantity A: \( k \)
Quantity B: \( 1 \).
\( AB \) is a diameter of the circle. Compare:
Quantity A: The length of \( AB \)
Quantity B: The average (arithmetic mean) of the lengths of \( AC \) and \( AD \).
Given that \( st = \sqrt{10} \). Compare:
Quantity A: \( s^2 \)
Quantity B: \( \dfrac{10}{t^2} \)
Three consecutive integers have a sum of \(-84\). Compare:
Quantity A: The least of the three integers
Quantity B: \(-28\)
In the \( xy \)-plane, the equation of line \( k \) is \( 3x - 2y = 0 \). Compare:
Quantity A: The \( x \)-intercept of line \( k \)
Quantity B: The \( y \)-intercept of line \( k \)
\( n \) is a positive integer that is divisible by 6. Compare:
Quantity A: The remainder when \( n \) is divided by 12
Quantity B: The remainder when \( n \) is divided by 18
Given that \( \dfrac{1-x}{x-1} = \dfrac{1}{x} \). Compare:
Quantity A: \( x \)
Quantity B: \( -\dfrac{1}{2} \)
Compare:
Quantity A: The median of the 24 integers
Quantity B: 50
In the \( xy \)-plane, line \( k \) is a line that does not pass through the origin.
Which of the following statements individually provide(s) sufficient additional information to determine whether the slope of line \( k \) is negative?
The distance from Centerville to a freight train is given by the expression \(-10t + 115\), and the distance from Centerville to a passenger train is given by the expression \(-20t + 150\).
The expressions above give the distance from Centerville to each of two trains \( t \) hours after 12:00 noon. At what time after 12:00 noon will the trains be equidistant from Centerville?
The company at which Mark is employed has 80 employees, each of whom has a different salary. Mark’s salary of
(43,700 is the second-highest salary in the first quartile of the 80 salaries.
If the company were to hire 8 new employees at salaries that are less than the lowest of the 80 salaries, what would Mark’s salary be with respect to the quartiles of the 88 salaries at the company, assuming no other changes in the salaries?
The point with coordinates \((-6,-7)\) is the center of circle \( C \). The point \((-6,5)\) lies inside circle \( C \), and the point \((8,-7)\) lies outside circle \( C \). What is the radius of circle \( C \)?
If \(-\dfrac{m}{19}\) is an even integer, which of the following must be true?
The integer \( v \) is greater than 1. If \( v \) is the square of an integer, which of the following numbers must also be the square of an integer? Indicate all such numbers.
Question 16:
The speed, in miles per hour, at which the car travels a distance of 52 feet during reaction time is closest to which of the following?
Approximately what is the total stopping distance, in feet, if the car is traveling at a speed of 40 miles per hour when the driver is signaled to stop?
The total stopping distance for the car traveling at 60 miles per hour is approximately what percent greater than the total stopping distance for the car traveling at 50 miles per hour?
What is the least positive integer that is not a factor of \( 25! \) and is not a prime number?
What is the least positive integer that is not a factor of \( 25! \) and is not a prime number?
If \( 0 < a < 1 < b \), which of the following is true about the reciprocals of \( a \) and \( b \)?
In the figure above, \( O \) and \( P \) are the centers of the two circles. If each circle has radius \( r \), what is the area of the shaded region?
Of the 20 lightbulbs in a box, 2 are defective. An inspector will select 2 lightbulbs simultaneously and at random from the box. What is the probability that neither of the lightbulbs selected will be defective?
What is the perimeter, in meters, of a rectangular playground 24 meters wide that has the same area as a rectangular playground 64 meters long and 48 meters wide?
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