The GRE Quantitative Reasoning section does not test advanced mathematics. According to ETS, the content includes high-school mathematics and statistics, generally at a level no higher than a second course in algebra. It does not include trigonometry, calculus, or other higher-level maths.
That is why GRE Quant is less about learning new concepts and more about reading carefully, choosing the right method, and managing time. This guide explains the official GRE Quantitative syllabus, section pattern, question types, calculator rules, scoring, and the best way to practise.
The GRE Quant section is a time-based reasoning test, not an advanced maths test. ETS tests your ability to solve school-level problems from Arithmetic, Algebra, Geometry, and Data Analysis using logic, accuracy, and speed. The section includes 27 questions in 47 minutes, with formats like comparison, MCQ, select-all-that-apply, and numeric entry. Since topics like calculus, trigonometry, and inferential statistics are not tested, your focus should be on mastering the official ETS topics and practising under timed conditions.
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GRE Quantitative Reasoning: Quick Overview
The GRE Quantitative Reasoning section checks whether you can understand basic maths concepts, use quantitative reasoning, and solve problems using mathematical methods. ETS says this section assesses basic mathematical skills, elementary mathematical concepts, and the ability to model and solve problems with quantitative methods.
|
Detail |
GRE Quantitative Reasoning |
|
Content areas |
Arithmetic, Algebra, Geometry, Data Analysis |
|
Total sections |
2 |
|
Total questions |
27 |
|
Total time |
47 minutes |
|
Section 1 |
12 questions, 21 minutes |
|
Section 2 |
15 questions, 26 minutes |
|
Score scale |
130–170, in 1-point increments |
|
Calculator |
Basic on-screen calculator provided by ETS |
The full GRE General Test takes about 1 hour and 58 minutes. Analytical Writing always comes first. After that, Verbal Reasoning and Quantitative Reasoning sections may appear in any order. The test is section-level adaptive, which means the difficulty of your second Quant section depends on your performance in the first Quant section.
GRE Quantitative Syllabus 2026: Official Content Areas
The GRE Quantitative Reasoning syllabus is divided into four main content areas: Arithmetic, Algebra, Geometry, and Data Analysis.
1. Arithmetic
Arithmetic is the base of GRE Quant. These topics also appear in algebra, word problems, and data questions.
You should study:
- Properties and types of integers
- Divisibility
- Factorization
- Prime numbers
- Remainders
- Odd and even integers
- Arithmetic operations
- Exponents and roots
- Estimation
- Percent
- Ratio
- Rate
- Absolute value
- Number line
- Decimal representation
- Sequences of numbers
Quantity A: The least prime number greater than 40
Quantity B: The greatest prime number less than 50
Answer: 41 is the least prime above 40, so A = 41. 47 is the greatest prime below 50, so B = 47. Quantity B is greater.
2. Algebra
GRE Algebra is about simplifying expressions, solving equations, and converting word problems into mathematical statements.
You should study:
- Operations with exponents
- Factoring algebraic expressions
- Simplifying algebraic expressions
- Relations and functions
- Equations and inequalities
- Linear equations and inequalities
- Quadratic equations and inequalities
- Simultaneous equations and inequalities
- Setting up equations for word problems
- Coordinate geometry
- Graphs of functions, equations, and inequalities
- Intercepts and slopes of lines
If 5x − 7 = 2x + 11, what is the value of x?
A. 4 B. 5 C. 6 D. 9 E. 12
Answer: Subtract 2x from both sides → 3x − 7 = 11. Add 7 → 3x = 18, so x = 6. The correct answer is C.
3. Geometry
GRE Geometry covers school-level geometry. ETS clearly states that the ability to construct proofs is not tested.
You should study:
- Parallel and perpendicular lines
- Circles
- Triangles
- Isosceles triangles
- Equilateral triangles
- 30°-60°-90° triangles
- Quadrilaterals
- Other polygons
- Congruent and similar figures
- 3-dimensional figures
- Area
- Perimeter
- Volume
- Pythagorean theorem
- Angle measurement in degrees
Rectangle R has a length of 24 and a width of 6. Square S has side 8. The perimeter of S is what fraction of the perimeter of R?
Answer: Perimeter of R = 2(24 + 6) = 60. Perimeter of S = 4 × 8 = 32. So the perimeter of S is 32/60, which reduces to 8/15.
4. Data Analysis
Data Analysis is important because GRE Quant often includes tables, graphs, and data-based question sets.
You should study:
- Mean
- Median
- Mode
- Range
- Standard deviation
- Interquartile range
- Quartiles
- Percentiles
- Tables and graphs
- Line graphs
- Bar graphs
- Circle graphs
- Boxplots
- Scatterplots
- Frequency distributions
- Elementary probability
- Compound events
- Independent events
- Conditional probability
- Random variables
- Probability distributions
- Normal distributions
- Counting methods
- Combinations
- Permutations
- Venn diagrams
A box holds 50 marbles: 20 blue, 15 green, 9 red, and 6 yellow. If one marble is drawn at random, what is the probability it is neither red nor yellow?
Answer: Marbles that are neither red nor yellow = 50 − 9 − 6 = 35. Probability = 35/50 = 0.7.
So, do not waste time studying sine, cosine, tangent, derivatives, integration, hypothesis testing, or confidence intervals for GRE Quant. ETS confirms that the content does not include trigonometry, calculus, or other higher-level mathematics.
GRE Quantitative Question Types
The GRE Quantitative Reasoning section has four official question types. Some questions appear alone, while others appear as part of a Data Interpretation set based on the same table, graph, or data display.
1. Quantitative Comparison Questions
In this question type, you compare Quantity A and Quantity B. You choose whether:
- Quantity A is greater
- Quantity B is greater
- The two quantities are equal
- The relationship cannot be determined
These questions are not always about full calculation. Many can be solved faster by simplifying, estimating, or plugging in numbers. ETS also recommends testing different kinds of values, such as zero, positive numbers, negative numbers, fractions, decimals, small numbers, and large numbers.
- Memorise the four answer choices; they stay the same in every Quantitative Comparison question.
- Do not choose “cannot be determined” too quickly. Use it only when different values give different results.
- Avoid full calculations when not needed. Simplify or estimate only enough to compare A and B.
- Do not trust figures by appearance. GRE diagrams may not be drawn to scale.
- When variables are given, plug in different values like 0, positive, negative, fractions, and large numbers.
- If Quantity A is bigger in one case and Quantity B is bigger in another, choose “cannot be determined.”
- Compare step by step until the relationship becomes clear.
2. Multiple-choice Questions: Select One Answer Choice
These are standard MCQs. You choose one correct answer from five choices.
ETS advises that if your answer is not among the five options, you should reread the question, check your calculation, and review your method.
- Remember that the correct answer is already among the five options.
- If your answer is not listed, reread the question and check your calculation.
- Use the choices smartly. Sometimes working backwards from the options is faster.
- Substitute answer choices into the equation when direct solving takes too long.
- For “approximately” questions, look at the options first.
- Check how far apart the choices are before doing a detailed calculation.
- Do not over-calculate when a close estimate is enough.
3. Multiple-choice Questions: Select One or More Answer Choices
In this format, you may need to select more than one correct answer. Sometimes the question tells you how many choices to select, and sometimes it does not.
Read the instructions carefully. ETS notes that there may be only one correct choice, or there may be more than one.
- First, check whether the question asks for a specific number of answers or all correct answers.
- Read every option carefully before making your selection.
- Remember that sometimes only one option may be correct.
- Use the conditions given in the question to eliminate impossible choices.
- Find the smallest or largest possible value when the question involves ranges or limits.
- Look for patterns in numbers instead of doing long calculations for every option.
- Verify each selected answer before moving on.
4. Numeric Entry Questions
In Numeric Entry questions, you type the answer yourself. The answer may be:
- An integer
- A decimal
- A fraction entered in two separate boxes
There are no answer choices to guide you, so check units, rounding instructions, and whether the question asks for a per cent, decimal, fraction, or whole number.
- Read the question carefully and answer exactly what is asked.
- Since there are no options, check the unit before entering the answer.
- Be careful with values like feet, miles, millions, billions, percentages, and decimals.
- Follow rounding instructions exactly.
- Do not round in the middle of the solution; round only the final answer.
- If no rounding is mentioned, enter the exact value.
- Use estimation to check whether your final answer makes sense.
5. Data Interpretation Sets
Data Interpretation questions are grouped around the same table, chart, graph, or data display. These questions may use Multiple-choice or Numeric Entry formats.
Before solving, check the title, axes, units, scale, and notes. ETS says answers should be based only on the data shown, everyday facts, and your maths knowledge.
- First, scan the table or graph quickly instead of reading every detail.
- Check the title, axes, scale, units, legends, and notes before solving.
- Be careful with broken scales or bars that do not start at zero.
- Read values from the graph using the given scale, not by guesswork.
- Use only the data shown in the question.
- Do not use outside knowledge about the topic.
- You can use basic everyday facts, like days in a year, and your maths knowledge.
GRE Quantitative Section Pattern
|
Quant Section |
Questions |
Time |
|
Section 1 |
12 |
21 minutes |
|
Section 2 |
15 |
26 minutes |
|
Total |
27 |
47 minutes |
This gives you around 1 minute and 45 seconds per question. Some questions will take less than a minute, while a few may take longer. The best strategy is to avoid getting stuck on one question for too long. ETS allows you to skip questions, mark them for review, and come back within the same section.
How GRE Quant Is Scored
Your Quantitative Reasoning score is reported on a scale of 130–170, in 1-point increments.
Basically, Verbal and Quant scores are based on the number of correct responses in the operational sections. The raw score is the number of questions answered correctly, and it is converted into a scaled score through equating. This process also accounts for differences in difficulty caused by section-level adaptation.
There is no fixed “passing score” for GRE Quant. A good score depends on the university, course, and department you are applying to. Always check the score expectations of your target programme before setting your target.
|
Scoring Detail |
GRE Quant |
|
Score range |
130–170 |
|
Score increments |
1-point increments |
|
Raw score basis |
Number of correct answers |
|
Adaptive format |
Section-level adaptive |
|
Score validity |
5 years from test date |
Note: GRE scores are reportable for 5 years after your test date.
Can You Use a Calculator for the GRE Quant Section?
Yes. ETS provides a basic on-screen calculator during the exam for the Quantitative Reasoning section.
But the calculator should not be used for every small calculation. It is recommended to use it for tedious calculations such as long division, square roots, or multi-digit arithmetic. For simple calculations, mental maths may be faster. The logic behind this is that the usage of a calculator can support your maths knowledge, but cannot replace it.
- The calculation is long
- Square roots are involved
- There are several digits
- You want to avoid manual errors
- The calculation is simple
- Estimation is enough
- The answer is needed as a fraction
- It would slow you down
Common Mistakes in GRE Quant that are Avoidable
- Assuming geometry figures are drawn to scale. The geometric figures are not necessarily drawn to scale, unless they are coordinate systems or graphical data displays.
- Spending too much time on one question.
- Using the calculator for simple mental calculations.
- Missing “select one or more” instructions.
- Studying trigonometry or calculus even though they are not tested.
- Not checking units, scale, and rounding instructions.
- Not reviewing wrong answers after giving GRE Quantitative practice tests.
How to Prepare for GRE Quant
A good GRE Quant plan should start with official material, not random question banks.
1. Start with the ETS Math Review
ETS provides a Math Review that covers the concepts tested in GRE Quant. Use it to revise the official syllabus topic by topic. ETS also lists it as a GRE preparation resource.
2. Take a POWERPREP Practice Test
POWERPREP practice tests simulate the actual GRE test experience. Use one test early to understand your current level and save another for later practice.
3. Study by Content Area
Cover the syllabus in this order:
- Arithmetic
- Algebra
- Geometry
- Data Analysis
This helps you build the basics first and then move into more application-based questions.
4. Practise by Question Type
Do not practise only by topic. Practise Quantitative Comparison, Multiple-choice, Numeric Entry, and Data Interpretation separately. Each format needs a slightly different approach.
5. Learn When to Skip
Since you can move within a section, do not waste too much time on one question. Mark difficult questions, move ahead, and return if time is left. ETS confirms that the test allows preview, review, mark, and answer-editing features within a section.
6. Review Every Wrong Answer
Do not just check the answer key. For every wrong answer, write down whether the mistake was due to:
- Concept gap
- Calculation error
- Misreading the question
- Wrong formula
- Time pressure
- Calculator mistake
This will improve your score faster than solving random new questions every day.
Free Official GRE Quant Practice Resources
Use these ETS-backed resources first:
- POWERPREP practice tests
- ETS Math Review
- ETS Quantitative Reasoning sample questions
- ETS-linked Khan Academy instructional videos for Math Review concepts
ETS lists free Khan Academy instructional videos for GRE Quant concepts and provides official preparation resources such as POWERPREP and Math Review.
GRE Exam Fee for Indian Students
The GRE fee in India is listed as ₹22,550 on the ETS India fee page. After the 4% online service fee mentioned in the GRE bulletin, the final payable amount can come to ₹23,452. ETS lists the GRE rescheduling fee as ₹5,650, while changing the test centre costs ₹5,000. You can get a 50% refund only if you cancel at least 4 days before your test date.
Conclusion
GRE Quantitative Reasoning is not about difficult maths; it is about accurate reasoning under time pressure. Stick to the official ETS syllabus, avoid wasting time on topics that are not tested, and practise with a timer. If you revise the basics, understand each question type, and learn from every mistake, you can approach the Quant section with a clear and confident strategy.
