**By: ***ApexGMAT*

**Contributor: ***Simona Mkhitaryan*

**Date: ***October 15, 2021*

As mentioned in the previous Article, GRE consists of 3 main sections: Analytical Writing, Verbal Reasoning, and Quantitative Reasoning. There is also one unscored section which can be either quantitative or verbal. This article concentrates on the Quantitative Reasoning section of GRE.

**How long is the Quantitative Reasoning section? **

The Quantitative Reasoning section of the GRE has 20 questions with a total of 35 minutes, 1.5 to 2 minutes to answer each question. It is helpful to know that the number of question types included in the exam is different. The Quantitative Comparison questions come first, then Problem Solving questions and Data Interpretation questions, presented as a set at the end of the section.

**What does Quantitative Reasoning measure, and why is it important?**

The quantitative reasoning section of GRE measures the ability to solve different types of mathematical problems, interpret and analyze quantitative data, demonstrate basic knowledge of algebra, geometry, data analysis, and arithmetic. The test does not cover trigonometry, calculus, or higher-level math; it will be enough to have the level of Algebra 2.

**Arithmetic**: This section includes problems connected with divisibility, factorization, working with prime numbers, remainders, odd/even integers. It also touches upon topics such as arithmetic operations, exponents, roots, and other topics such as estimation, percent, ratio, rate, absolute value, number line, decimal representation, as well as sequences of numbers. An example can be ‘What are the factors of 13’, or ‘Which of the following is closest to the square root of 10.5’?

**Algebra**: This part mostly concentrates on equations and functions such as factoring and simplifying functions, and working with inequalities. It also includes coordinate geometry that is working with graphs of functions, intercepts, and slopes of lines. Examples include find the distance between the points (-4 , -6) and (-1 , -2) or solve the equation |- 2 x + 2| – 3 = -3 or find the x-intercept of the equation 2x – 4y = 9.

**Geometry**: This area covers topics related to 2-dimensional figures and three-dimensional figures: parallel and perpendicular lines, circles, triangles, quadrilaterals, other polygons, congruent and similar figures, area, perimeter, volume, and concepts such as the Pythagorean theorem and angle measurement in degrees. For instance, find the hypotenuse of the triangle using the Pythagorean theorem, or triangles ABC and A’B’C’ are similar figures; find the length AB if you know the ratio between the triangles.

**Data analysis**: This part is mainly focused on interpreting data from graphs such as bar and circle graphs; box plots, and scatter plots; finding the mean, median, mode, range, standard deviation, interquartile range, quartiles, and percentiles, analyzing frequency distributions, probability types of questions as well as counting methods such as combinations, permutations, and Venn diagrams. Examples include when a number x is added to the data set 4, 8, 20, 25, 32, the new mean is 15. Find the value of x. Another one is on a six-sided die; each side has a number between 1 and 6. What is the probability of throwing a three or a 4?

**What types of questions does the GRE Quantitative Reasoning Section include? **

There are four types of questions in the GRE Quantitative Reasoning section:

- Quantitative Comparison Questions – These types of questions are similar to the “Data Sufficiency” questions on the GMAT. 2 values will be given and four options to choose from such as 1) quantity X is bigger, 2) quantity Y is bigger, 3) the quantities are equal, 4) there’s not enough information to know which is bigger.
- Multiple-choice Questions with one correct answer – usually Problem solving questions or data interpretation.
- Multiple-choice Questions with more than one answer. – usually, Problem-solving questions, which are much like quantitative questions on the SAT or data interpretation.
- Numeric Entry Questions – Problem-solving or data interpretation.

The questions can appear independently or as a group of questions usually associated with a “Data interpretation” set. The data is generally displayed in graphs, tables, charts, or other informational displays. Some of the questions on the Quantitative Reasoning section of the GRE are purely mathematical. However, there are also real-life problems and word problems that must be interpreted and solved mathematically.

**Is a calculator allowed on the Quantitative Reasoning Section of the GRE?**

Unlike the GMAT, using a specific GRE calculator during the Quantitative Reasoning section is permitted. For paper-delivered GRE, the GRE calculator will be provided during the test, but the examinees cannot bring their own to the exam. For computer-based GRE, one can use the on-screen calculator. However, simple calculations are often quicker and safer to solve without a calculator to avoid entry errors. As mentioned, not all calculators are allowed during the exam.

So, what can the GRE calculator be used for?

- Add, subtract, divide, multiply
- Parenthesize
- Take the square root of
- Add a decimal to
- Change signs
- Store the answers via memory keys
- Display up to eight digits at a time

The calculator doesn’t include exponents, constants like π or e, logarithmic (ln, log) or trigonometric (sine, cosine, tangent) functions, nested parentheses, or the ability to square or cube.

**What is the maximum score for the Quantitative Reasoning Section of the GRE? **

Each QR and VR are scored on a range of 130-170 points, making the highest possible score on the GRE a 340. Additionally, it is essential to know that the GRE is a section-adaptive test. Within each section, all questions are in the same level of complexity and are contributed equally to the final score. Unlike GMAT, GRE is adaptive at the level of the section. This means that the questions will not change within each section, yet the second complete set of 20 questions in the next section will.

**How to prepare for the Quantitative Reasoning Section of the GRE**

**First of all, it is vital to learn the structure of the questions: **In order to get familiar with the types of questions, the easiest way is to take various practice tests to become familiar with the format and then concentrate on actually solving the problems and getting the highest score possible. Find out practice problems can be found in the GRE Quantitative Reasoning Practice Problems.

**Thus, it is also essential to set a target score:** Taking a practice test is an excellent starting point. This determines the level of your initial score. It also helps to identify how much time one has to allocate to the preparation to improve their score and achieve their goal target.

**Make a study plan and stick with the schedule: **It is vital to design a personalized study plan to guide throughout the preparation, decide what sources and courses one needs, whether they are going to prepare only with tests, or go step by step through topics and types of quant questions moreover considering to take courses with a GRE private tutor, with whom one will get a lot of help and guidance in their GRE preparation creed. For more information about the Quant GRE tutoring and preparation, visit https://apexgre.com/inquire-now/.

Also, sticking to the study schedule is critical since one has to continue studying consistently in order to see progress, especially when the talk is about mathematics.

**Conclusion:**

In conclusion, as mentioned above, the quant section of GRE has four types of questions that measure the ability to understand and solve the basic problems of mathematics, which also include data interpretation. A calculator will be provided during the QR section. Additionally, the QR section of the GRE required comprehensive studies and preparation; that is why it is useful to schedule and start preparing for the exam a few months earlier.

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