GMAT Exam

Identifying the specific logical function of highlighted portions of an argument.

• Boldface Argument Roles

  “Identifying the specific logical function of highlighted portions of an argument.”

• Evaluate the Argument Strategies

  “Determining which question, if answered, would best clarify the validity of a claim.”

• Comparative Passage Analysis

  “Assessing the relationship between two different viewpoints or texts.”

• Logical Paradoxes and Discrepancies

  “Resolving apparent contradictions between two sets of provided facts.”

Solving single and multi-variable linear systems and range-based inequalities.

• Linear Equations and Inequalities

  “Solving single and multi-variable linear systems and range-based inequalities.”

• Quadratic Equations and Polynomials

  “Factoring, expanding, and solving second-degree equations.”

• Functions and Coordinate Geometry

  “Interpreting function notation and analyzing slopes and intercepts on the Cartesian plane.”

• Absolute Value and Sequence Logic

  “Solving equations involving absolute distance and identifying patterns in arithmetic or geometric sequences.”

Determining if provided statements provide a unique value or a definitive binary answer.

• Value vs. Yes/No Data Sufficiency

  “Determining if provided statements provide a unique value or a definitive binary answer.”

• Algebraic Data Sufficiency

  “Applying algebraic rules to determine if a system of equations is solvable.”

• Arithmetic and Number Property Sufficiency

  “Evaluating data requirements for problems involving integers and divisibility.”

• Logical Constraints and Sufficiency Patterns

  “Identifying when multiple statements provide overlapping or independent information.”

Synthesizing information from multiple tabs, including text, charts, and tables.

• Multi-Source Reasoning and Synthesis

  “Synthesizing information from multiple tabs, including text, charts, and tables.”

• Table Analysis and Statistical Sorting

  “Sorting and analyzing datasets to determine probabilities, means, or medians.”

• Graphics Interpretation and Visual Data

  “Interpreting scatter plots, bar charts, and complex visual representations of data.”

• Two-Part Analysis and Dual Constraints

  “Solving problems that require simultaneous selection of two related components.”

Analysis of factors, multiples, prime factorization, and remainder theorems.

• Integer Properties and Divisibility

  “Analysis of factors, multiples, prime factorization, and remainder theorems.”

• Fractions, Decimals, and Percentages

  “Operations with rational numbers, percentage change, and interest calculations.”

• Powers, Roots, and Exponents

  “Simplifying exponential expressions and solving radical equations.”

• Ratios, Proportions, and Rates

  “Solving for unknown quantities using proportional relationships and constant rates.”

Calculating combined efficiency and time requirements for multiple agents.

• Work and Rate Problems

  “Calculating combined efficiency and time requirements for multiple agents.”

• Distance, Speed, and Time Applications

  “Solving motion problems involving relative speeds and average velocity.”

• Set Theory and Venn Diagrams

  “Analyzing overlapping groups and calculating union and intersection values.”

• Probability and Combinatorics

  “Calculating the likelihood of events and the number of possible arrangements or selections.”

Deconstructing arguments into claims, evidence, and underlying assumptions.

• Argument Structure and Premise Identification

  “Deconstructing arguments into claims, evidence, and underlying assumptions.”

• Assumption and Strengthening Arguments

  “Identifying unstated premises and information that supports the conclusion.”

• Weakening and Flaw Identification

  “Detecting logical fallacies and selecting evidence that undermines an argument.”

• Inference and Conclusion Derivation

  “Selecting the most logical deduction based strictly on the provided text.”

Determining the central thesis and the author's objective for writing the passage.

• Main Idea and Primary Purpose

  “Determining the central thesis and the author's objective for writing the passage.”

• Detail Retrieval and Factual Analysis

  “Locating and interpreting specific information explicitly stated in the text.”

• Inference and Authorial Tone

  “Reading between the lines to determine implied meanings and the author's perspective.”

• Structural Organization and Logical Flow

  “Analyzing how different parts of the passage relate to the overall argument.”