GMAT Exam

• Verbal reasoning methods and adaptive pacing

  ≈ 2.5%1 h 15 min

  This topic covers the core methods needed for the current GMAT Verbal Reasoning section: how to read efficiently, analyze answer choices precisely, and manage a 45-minute, 23-question computer-adaptive section. The exam tests not only reading comprehension and critical reasoning skill, but also disciplined decision-making under time pressure, including the strategic use of bookmarks and the ability to change up to 3 answers in the section.

  • Explain the structure of the current GMAT Verbal Reasoning section, including its 45-minute timing, 23-question format, computer-adaptive delivery, and the available question review features within the section.
  • Apply a repeatable approach to verbal multiple-choice questions by identifying the task, isolating relevant evidence, predicting a valid answer, and eliminating choices that are unsupported, distorted, or outside scope.
  • Distinguish efficient first-pass solving from unproductive rereading by using passage mapping, argument-core extraction, and answer-choice triage.
  • Manage pacing across the section by allocating time flexibly across easier and harder questions, recognizing when to continue, when to make a strategic decision, and when to use bookmarks or one of the permitted answer changes.
  • Evaluate answer choices using exam-faithful standards of textual support, logical validity, precision of language, and relevance to the specific question stem.
  • Adapt strategy to the section’s computer-adaptive nature by maintaining accuracy early and throughout the section without sacrificing overall completion.

• Reading comprehension: passage structure, main idea, and purpose

  ≈ 4.5%1 h 30 min

  This topic covers how GMAT Reading Comprehension passages are built and how questions test a reader’s grasp of structure, central claim, and authorial purpose. The exam rewards candidates who can track what each paragraph does, synthesize the main idea, and identify why the passage or a specific part of it was written.

  • Identify the main idea of a passage by synthesizing the central claim, key support, and overall direction of the discussion.
  • Determine the primary purpose of a passage or paragraph, such as presenting a theory, evaluating a position, resolving a problem, or comparing viewpoints.
  • Analyze passage structure by explaining how individual paragraphs and major sections contribute to the development of the passage as a whole.
  • Differentiate between a passage’s topic, scope, and main point when selecting or justifying an answer.
  • Recognize common Reading Comprehension structures, including problem-solution, view-counterview, theory-evidence, and comparison-contrast, and apply them to main-idea and purpose questions.

• Reading comprehension: details, inference, and application

  ≈ 4.5%1 h 45 min

  This topic covers questions that require precise use of what the passage states, strongly implies, or allows to be applied to a new but analogous case. The exam tests close reading: candidates must separate explicit detail from valid inference and from unsupported speculation.

  • Locate and interpret specific details in a passage, including facts, examples, claims, and qualifications, without distorting their context.
  • Draw inferences that are strongly supported by the passage, distinguishing warranted conclusions from answers that merely sound plausible.
  • Apply a stated principle, finding, or relationship from the passage to a new scenario while preserving the passage’s logic and constraints.
  • Differentiate explicit statements, paraphrases, and implications when evaluating answer choices for detail and inference questions.
  • Use local context, reference words, and surrounding claims to resolve what a quoted or described part of the passage means.
  • Reject answer choices that overstate, reverse, generalize, or import information beyond what the passage supports.

• Reading comprehension: logical function, tone, and organization

  ≈ 4%1 h 30 min

  This topic covers how ideas function within a passage and how the author’s stance is signaled through tone, transitions, and organization. The exam tests whether candidates can identify the role played by a sentence or paragraph, the attitude conveyed, and the logic linking one part of the passage to another.

  • Determine the logical function of a sentence, phrase, example, or paragraph, such as presenting evidence, stating a conclusion, qualifying a claim, or introducing an objection.
  • Interpret the author’s tone or attitude toward an idea, theory, group, or finding by using diction, contrast markers, and degrees of certainty.
  • Analyze organizational features of a passage, including sequence, transitions, shifts in viewpoint, and the relationship between general claims and specific examples.
  • Identify how contrast, concession, continuation, and cause-effect signals shape the meaning of a passage.
  • Distinguish the author’s position from positions attributed to others, including viewpoints described neutrally, skeptically, or approvingly.

• Critical reasoning: argument core, assumptions, and flaws

  ≈ 5%2 h

  This topic covers the foundation of GMAT Critical Reasoning: identifying the conclusion, evidence, and reasoning of an argument, then exposing the assumptions and flaws on which it depends. The exam tests whether candidates can see how an argument works and where its logic is vulnerable.

  • Identify the conclusion, premises, and intermediate conclusions in a Critical Reasoning argument.
  • Differentiate background information from evidence and distinguish subsidiary claims from the main conclusion.
  • Infer the necessary assumption that links the premises to the conclusion, including assumptions about causation, comparison, sampling, definition, or exclusivity.
  • Diagnose common flaws in reasoning, such as causal oversimplification, correlation-causation confusion, unrepresentative evidence, false comparison, equivocation, and overlooking alternatives.
  • Explain why an argument is vulnerable by showing the gap between what the premises establish and what the conclusion asserts.
  • Use argument-core analysis to eliminate answer choices that address a peripheral issue rather than the argument’s logical gap.

• Critical reasoning: strengthen, weaken, and evaluate

  ≈ 5%2 h

  This topic covers argument-based questions that ask what most strengthens, most weakens, or is most useful to evaluate an argument. The exam tests whether candidates can target the exact logical gap and judge how new information affects the argument’s support.

  • Determine which new piece of information most strengthens an argument by adding support to the conclusion or protecting a necessary assumption.
  • Determine which new piece of information most weakens an argument by undermining evidence, attacking an assumption, or introducing a credible alternative explanation.
  • Evaluate an argument by identifying the specific question whose answer would most affect the argument’s validity or persuasiveness.
  • Apply common strengthen and weaken patterns, including alternative causes, missing data, reversed causation, comparison breakdowns, and sample representativeness.
  • Assess the direction and magnitude of an answer choice’s impact on the argument rather than selecting a choice that is merely related to the topic.
  • Eliminate answer choices that are irrelevant, too weak, opposite in effect, or dependent on unsupported assumptions beyond the stimulus.

• Critical reasoning: inference, explain, and complete the argument

  ≈ 4.5%1 h 45 min

  This topic covers Critical Reasoning tasks that do not primarily ask candidates to strengthen or weaken an argument, but instead to derive a conclusion from statements, explain a discrepancy, or logically complete an argument. The exam tests disciplined reasoning from the given information without importing outside assumptions.

  • Draw a conclusion that is most strongly supported by the statements in the stimulus, using only what follows from the information given.
  • Explain a surprising fact, discrepancy, or paradox by identifying information that makes the facts compatible without contradicting either side.
  • Complete an argument by selecting the statement that most logically fills a missing premise or conclusion consistent with the stimulus.
  • Differentiate inference tasks from assumption and strengthen tasks by applying the correct evidentiary standard to answer choices.
  • Use conditional, causal, comparative, and quantitative relationships in the stimulus to test whether a proposed inference or explanation is logically supported.

• Critical reasoning: method, role, and parallel reasoning

  ≈ 3.3%1 h 30 min

  This topic covers questions about how an argument is constructed, what role a statement plays within it, and whether another argument shares the same reasoning pattern. The exam tests structural analysis rather than topic knowledge, requiring candidates to abstract the logic of an argument accurately.

  • Describe the method of reasoning used in an argument, such as analogy, elimination, causal reasoning, appeal to evidence, or rebuttal of an alternative.
  • Identify the role played by a statement within an argument, including premise, conclusion, concession, counterexample, background, or intermediate conclusion.
  • Match an argument to another argument with parallel reasoning by abstracting its logical structure and preserving the relationship among claims.
  • Recognize when a parallel-flaw question requires matching not only the form of the reasoning but also the same logical defect.
  • Translate concrete subject matter into an abstract argument pattern in order to compare structures across different contexts.
  • Eliminate answer choices that share surface topic features but not the same argumentative method, role, or logical form.

About 13 h 15 min of study, lessons and core practice

• Data Insights methods, review tools, and calculator use

  ≈ 2.5%1 h 15 min

  This topic covers the core working methods for the GMAT Data Insights section, including how to navigate mixed item formats, use the on-screen scientific calculator appropriately, and apply section-level review tools under time pressure. The exam tests efficient information extraction, format recognition, and disciplined tool use rather than advanced computation for its own sake.

  • identify the demands of each Data Insights item format and select an efficient solving approach
  • apply section navigation, bookmarking, and answer-review decisions strategically within a 45-minute computer-adaptive section
  • use the on-screen scientific calculator accurately for operations where calculator use improves speed or reliability
  • distinguish calculations that should be done mentally or by estimation from those that justify calculator use
  • integrate information from text, tables, and graphics while tracking constraints, units, and definitions
  • evaluate answer choices for reasonableness using estimation, consistency checks, and data relevance

• Data Sufficiency answer logic and stem rephrasing

  ≈ 4.5%1 h 45 min

  This topic covers the logic of Data Sufficiency, including the fixed answer choices, the meaning of sufficiency, and the rephrasing of question stems into testable mathematical targets. The exam tests whether candidates can determine whether statements provide enough information, not whether they can fully solve every problem numerically.

  • explain the fixed Data Sufficiency answer choices in terms of statement sufficiency
  • rephrase a question stem into a precise target such as a value, yes/no decision, or comparison
  • distinguish sufficiency from solvability when evaluating statements
  • test each statement separately before evaluating the two statements together
  • apply disciplined yes/no and value-based sufficiency logic without using outside assumptions
  • eliminate answer choices systematically by tracking what each statement determines

• Data Sufficiency with arithmetic, algebra, and value cases

  ≈ 4.5%2 h

  This topic applies Data Sufficiency logic to arithmetic and algebraic content, including equations, inequalities, number properties, ratios, and case-based testing. The exam tests whether candidates can recognize when multiple numerical scenarios remain possible and when constraints force a unique conclusion.

  • determine sufficiency in arithmetic and algebra problems involving equations, expressions, ratios, and proportions
  • test integer, fraction, zero, negative, and positive cases when variable restrictions are not fully specified
  • evaluate sufficiency in number-property settings involving divisibility, parity, remainders, and factors
  • analyze whether inequalities, absolute-value conditions, or interval restrictions yield a unique answer or multiple cases
  • combine statements efficiently to determine whether together they resolve all valid cases
  • avoid common Data Sufficiency errors such as assuming unnecessary positivity, integrality, distinctness, or nonzero values

• Multi-source reasoning across text, tables, and graphics

  ≈ 4.5%1 h 45 min

  This topic covers Multi-Source Reasoning items that require combining information from multiple tabs, such as prose, tables, and graphics, to evaluate claims or answer linked questions. The exam tests accurate cross-referencing, selective reading, and the ability to reconcile information presented in different forms.

  • locate relevant information across multiple tabs containing text, tables, and graphics
  • synthesize evidence from more than one source to evaluate a statement or answer a question
  • distinguish directly supported conclusions from unsupported or partially supported claims
  • reconcile definitions, time frames, units, and categories across sources before drawing conclusions
  • track linked conditions across multiple subparts without importing information not provided
  • infer consequences of combined data when no single source is sufficient on its own

• Table analysis: sorting, filtering, and conditional inference

  ≈ 4%1 h 30 min

  This topic covers Table Analysis items in which candidates sort and filter spreadsheet-style data to classify statements or determine whether conclusions follow. The exam tests the ability to isolate relevant rows and columns, apply conditions accurately, and reason from structured datasets.

  • sort table data by relevant columns to identify rankings, extrema, or grouped patterns
  • filter rows using one or more conditions to isolate the cases needed for analysis
  • interpret column labels, units, category definitions, and missing-data conventions correctly
  • make conditional inferences from the filtered dataset without overgeneralizing beyond the displayed records
  • compare subsets of rows using counts, rates, totals, or averages derived from the table
  • classify statements as supported or not supported based on the tabulated data

• Graphics interpretation: scales, trends, and formula completion

  ≈ 4%1 h 30 min

  This topic covers Graphics Interpretation items that use charts, graphs, and plotted displays, often with drop-down completions tied to quantitative relationships. The exam tests accurate reading of scales, labels, and trends, along with the ability to translate visual data into numerical or verbal conclusions.

  • interpret axes, scales, legends, labels, and units on common graphical displays
  • extract approximate or exact values from a graph to complete a statement or formula
  • analyze trends, comparisons, and relationships shown in bars, lines, scatterplots, or similar visuals
  • apply arithmetic such as percent change, ratio, difference, or average to values read from a graphic
  • detect when nonstandard scales, truncated axes, or grouped categories affect interpretation
  • complete formula-based or sentence-based prompts using information represented visually

• Two-part analysis: paired decisions and simultaneous constraints

  ≈ 4%1 h 30 min

  This topic covers Two-Part Analysis items in which two answers must be selected together to satisfy linked quantitative or logical conditions. The exam tests simultaneous reasoning, consistency checking, and the ability to satisfy multiple constraints at once rather than solving two independent subproblems.

  • analyze both columns of answer options as linked choices that must satisfy the same set of conditions
  • solve paired quantitative or logical tasks involving equations, cases, or scenario comparisons
  • apply simultaneous constraints to determine which combination of answers works together
  • test candidate pairs efficiently using deduction, backsolving, or elimination
  • verify that a selected pair satisfies all stated conditions, including hidden restrictions such as units or domain limits
  • distinguish interdependent two-part decisions from superficially separate questions

• Data literacy: percent, rate, statistical, and probability reasoning

  ≈ 5.3%2 h

  This topic covers the quantitative data reasoning most often embedded across Data Insights formats, especially percent and rate calculations, summary statistics, and probability ideas used in business-style contexts. The exam tests interpretation and quantitative judgment from data, not just raw computation.

  • calculate and interpret percents, percentage changes, ratios, and rates from tabular or graphical data
  • analyze weighted averages, mixtures, and relative contributions in multi-category datasets
  • interpret summary statistics such as mean, median, range, and simple distributional features in context
  • evaluate claims based on counts, proportions, and comparative metrics while checking denominators and sample definitions
  • apply basic probability reasoning using complements, mutually exclusive events, and overlapping sets when supported by the data
  • assess whether a numerical comparison is meaningful given units, base rates, time periods, and aggregation choices

About 13 h 15 min of study, lessons and core practice