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GRE Syllabus is the single document that tells you what the test maker will actually test. If you map your practice to this, you stop wasting time on random question sets and start working on the exact skills you’ll face on test day. This 2026 guide pulls together the current ETS structure, the post-2025 two-hour GRE changes, and the real question families, and then shows you how to study from it. [ Source: ETS. ( ETS ) ]

Use this page as your base. Link off to allied pages like a 30-day GRE study plan , a deeper GRE verbal prep guide , or a full GRE fee waiver walkthrough whenever you see the topic come up.

Last updated: Nov. 2025

Generated with the help of AI and Author: Student reviewing 2026 GRE syllabus sections on laptop with quant, verbal, and AWA lanes

Table of Contents


Contents

Why this 2026 GRE syllabus matters right now

The GRE is now shorter (about 1 hour 58 minutes in 2025) but it still measures the same three skill families: Verbal Reasoning, Quantitative Reasoning, and Analytical Writing. That means you must master the same content in less time. The only way to do that is to work straight from the official syllabus. [ Source: ETS. ( ETS ) ] [ Source: MetaApply. ( metaapply.io ) ]

If you are building a complete GRE hub on your site, this is your pillar. Spin off cluster pages on GRE scores and percentiles , GRE registration steps , or GRE subject vs. general test as you mention them here.

This guide is written from the point of view of someone who has coached GRE students for 10+ years and seen both the older 3 hour 45 minute test and the newer 2-hour configuration. The patterns that get students to 160+ Quant or Verbal are the same: know the scope, drill the question families, and time yourself.


2026 GRE structure, timing, and scoring at a glance

Let’s lock the frame before we dive into individual topics. Once you know how many questions you’ll see and how many minutes you get, you can reverse-engineer how much to practice per week.

The current GRE General Test has three scored parts: one Analytical Writing task, one Verbal Reasoning section, and one Quantitative Reasoning section. Each reasoning measure has 27 questions. Total testing time is about 1 hour 58 minutes. [ Source: ETS. ( ETS ) ] [ Source: Yocket. ( prep.yocket.com ) ]

The test is still section-level adaptive for Verbal and Quant. That means doing well on the first section lifts the difficulty of the second and lets the test score you more precisely. [ Source: ETS. ( ETS ) ]

Key components you must recognize

  1. Analytical Writing: one “Analyze an Issue” essay, 30 minutes. No separate Argument task in the streamlined format. [ Source: ETS. ( ETS ) ]
  2. Verbal Reasoning: 27 questions from three families: Reading Comprehension, Text Completion, Sentence Equivalence. [ Source: ETS. ( ETS ) ]
  3. Quantitative Reasoning: 27 questions covering arithmetic, algebra, geometry, and data analysis, with four question formats. [ Source: ETS. ( ETS ) ]

What changed after 2023–2025 and why you still care in 2026

ETS shortened the test to reduce fatigue, but did not remove core skills like rate problems, parallelism in context, or argument analysis. So, any 2024 or 2025 prep resource that lists official GRE question types is still valid, but you must match it to 27-question sections and a single AWA task. [ Source: metaapply.io. ( metaapply.io ) ]

One-screen structure card (readable + shareable)

This is the high-level card people like to share with friends and classmates. Everything is on one screen, and your site gets the credit.

Generated with the help of AI and Author: infographic showing 3 GRE parts: AWA, Verbal 27Q, Quant 27Q, with time bands

Scoring basics (to keep in mind while studying)

Verbal and Quant are each reported on a 130–170 scale in 1-point increments. Analytical Writing is reported on a 0–6 scale in half-point increments. Programs usually look at section scores more than at the combined total because they map them to the demands of the degree. [ Source: ETS. ( ETS ) ]

If you’re targeting business or analytics programs, keep your Quant work close to the official GRE quantitative reasoning topics . If you’re targeting humanities-heavy programs, make sure your Verbal and essay work reflects the official GRE verbal reasoning topics .

Mini “Do it now” box

  1. Write “AWA 30m → Verbal 27 → Quant 27” on a sticky note.
  2. Paste it on your monitor.
  3. In your first practice week, time each section exactly to these targets.
  4. Log your accuracy vs. time in a simple sheet.

Quantitative Reasoning syllabus (topics, question types, drills)

Quant on the GRE is high-school level math done under time pressure, with data interpretation and comparison questions thrown in. There is no calculus, no trigonometry, and no matrix algebra. Expect arithmetic, algebra, geometry, and data analysis. [ Source: ETS. ( ETS ) ]

ETS states very clearly that the Quant measure tests your ability to understand quantitative information, interpret and analyze it, and apply basic mathematical skills and elementary concepts. That’s what we’ll map below. [ Source: ETS. ( ETS ) ]

Official GRE Quant question formats to expect

  1. Quantitative Comparison – compare Quantity A vs. Quantity B vs. relationship; often test number properties or algebra shortcuts.
  2. Multiple choice, single answer – classic 1-of-5 questions.
  3. Multiple choice, one or more answers – pick all that are correct; ETS says 1 or more answers may be correct, so you must test each option. [ Source: ETS. ( ETS ) ]
  4. Numeric entry – type the exact integer, decimal, or fraction.

Core Quant syllabus buckets for 2026

Every GRE Quant topic you’ll see can be dropped into one of these four buckets. This is your checklist.

  1. Arithmetic – integers, factors, multiples, LCM/GCF, fractions, percents, ratios, absolute value, exponents/roots.
  2. Algebra – linear equations, inequalities, quadratic awareness, word translations, functions, sequences.
  3. Geometry – lines, angles, triangles, quadrilaterals, circles, 3D basics, coordinate geometry.
  4. Data analysis – tables, graphs, frequency distributions, descriptive statistics (mean, median, mode, range, SD basics), probability, and sometimes counting. [ Source: Yocket. ( prep.yocket.com ) ]
Generated with the help of AI and Author: 4-block infographic for arithmetic, algebra, geometry, data analysis

1. Arithmetic (most common GRE starting point)

This is where most students lose speed. The test looks simple, but it hides ratios, percent change, and number properties inside QC and word problems.

Topics to cover:

  1. Integers and number properties: even/odd, prime, factorization, divisibility rules.
  2. Fractions and decimals: converting, comparing, and operating quickly.
  3. Percents and percent change: “of” vs. “by,” successively applied percents, discount/markup.
  4. Ratios and proportions: part–whole, scaling up/down, mixture style setups.

Whenever you see percent-change or ratio language in a word problem, rewrite it in two lines and test the answer choices with simple numbers (like 100) to avoid algebra under time pressure. This one trick alone cuts misses on 3–4 questions. You can practice this on a separate page like GRE percentage questions so the main syllabus page stays clean.

2. Algebra (translation is the real skill)

GRE algebra is not about memorizing every formula. It is about taking a plain English statement and translating it to an equation or inequality under 30 seconds. If you can translate, you can solve. If you can’t translate, you guess.

Subtopics to master:

  1. Linear equations in one and two variables – solve, substitute, plug in.
  2. Inequalities – keeping the inequality sign direction when multiplying/dividing by negative numbers.
  3. Word-to-algebra translations – “twice as many,” “x more than,” “x less than,” “at least,” “no more than.”
  4. Functions and sequences – f(x) notation, simple recursive definitions.

When you build your study log, mark algebra questions that took you more than 90 seconds. Rework those with the translation-first approach, then add them back to your daily mixed set.

3. Geometry (your visual reasoning section)

Geometry is smaller than algebra in volume, but mistakes here are almost always from not recalling a formula or not drawing the figure. If you keep a 1-page formula sheet and redraw every diagram, you’ll keep these points.

Geometry on the GRE usually covers:

  1. Lines and angles: complementary, supplementary, vertical angles, parallel lines cut by a transversal.
  2. Triangles: sum of angles = 180°, isosceles and equilateral properties, Pythagorean triples, and sometimes 30–60–90 style right triangles.
  3. Quadrilaterals and polygons: perimeter, area, interior angle sum.
  4. Circles: radius, diameter, circumference, area, sector/arc reasoning.
  5. Coordinate geometry: slope, distance, midpoint, and recognizing lines from equations.

Whenever a question “looks” hard, rewrite the givens under the diagram. ETS often hides the key in a short phrase like “the triangle is isosceles,” which collapses two sides or two angles at once. Training on a focused page like GRE geometry formulas will make the main syllabus chapter lighter.

Generated with the help of AI and Author: set of simple triangles, circle, and coordinate grid to represent core GRE geometry

ETS says you only need basic geometric formulas; the test does not require proofs. That’s why memorizing area, perimeter, volume, and triangle rules is enough for most questions. [ Source: ETS. ( ETS ) ]

4. Data analysis (the “real world” part of GRE math)

This is the part that looks like graduate work: charts, tables, and worded scenarios. In reality, the math is basic. You just have to read carefully.

Data analysis GRE topics include:

  1. Reading tables and bar/line graphs – find the right row, read units, compare magnitudes.
  2. Descriptive statistics – mean, median, mode, range, and datasets with outliers.
  3. Percentiles and interpretation – connect this to your GRE score percentiles page for a consistent experience.
  4. Probability and counting – basic probability, independent events, sometimes permutations/combinations in an easy format.

Data questions are excellent for time-banking. Many are 30–40 seconds if you label the table and pre-spot the measure being asked (mean vs. median). The mistake is to read everything. Instead, read the question stem first, then jump to the right row/column.

ETS has sample data interpretation sets you can download for free. Use them first, before any third-party material, because they show the exact multi-question format GRE prefers. [ Source: ETS. ( ETS ) ]

5. Calculator, on-screen tools, and pacing

The GRE provides an on-screen calculator for Quant. It’s fine for division or roots, but it’s slower than mental math for easy operations. Use it only when the numbers are messy. [ Source: ETS. ( ETS ) ]

On 27-question sections, a simple pacing is: first 10 questions in 12–13 minutes, next 9 in 13–14 minutes, final 8 in the time you have left. Adjust after your first official practice test.

“Do it now” quant practice box

  1. Pick 1 topic from each of the four buckets (arithmetic, algebra, geometry, data).
  2. Find 3 official-style questions for each topic (12 total).
  3. Do them in 20 minutes, timed.
  4. Log where you lost time and whether the issue was concept or reading.
  5. Link your mistakes to a focused explainer, e.g., GRE permutation and combination or GRE data interpretation .