The GRE Mathematics Test measures candidates’ skills in algebra, data analysis, and calculus, and is taken by undergraduate students for admission to graduate school in fields such as math, physics, computer science, or engineering. The test measures problem-solving ability and understanding of fundamental concepts, including algebra, linear algebra, abstract algebra, and calculus. The test also covers topics such as analytic geometry, probability, statistical analysis, and topology applications.
The Graduation Record Examination (GRE) Mathematics Test includes a set of questions that measure candidates’ skills in elementary to advanced algebra, data analysis, and calculus. Many undergraduate college students take this test for admission to graduate school if they plan to earn advanced degrees in fields such as math, physics, computer science, or engineering. Graduate school admissions committees often closely scrutinize GRE math test scores to determine applicants’ potential for success in these fields of study at a higher level. The math section of the GRE contains questions that are designed to measure students’ problem-solving ability, starting in high school and ending at the undergraduate college level.
The GRE math tests measure candidates’ understanding of fundamental concepts as well as their ability to apply those concepts to different types of problems. While some students score well in college math courses, they often feel that a complete overhaul is needed when some time passes between those classes and the scheduled exam date. The GRE math test is a subject-specific exam, not to be confused with the quantitative reasoning section of the general GRE test.
Algebra questions on the GRE math test usually start with elementary problems that cover topics such as order of operations, use of exponents, and correct polynomial manipulation. Linear algebra problems test candidates’ understanding of matrices, vectors, and systems of equations. The abstract algebra topics on this GRE test often include questions about module and ring theories. The GRE math section on algebra may also include various problems in number theory.
Elementary calculus makes up approximately 50% of the GRE math test. These problems generally test knowledge of integral and differential equations, as well as advanced calculus applications for trigonometry and geometry. This subject typically follows the curriculum taught in a first-year college calculus course. Many graduate school applicants find that additional courses or tutoring sessions in calculus can help their GRE math scores.
In addition to algebra and calculus problems, a portion of the GRE math test can cover a variety of topics, such as analytic geometry, probability, statistical analysis, and topology applications. These questions can sometimes change from year to year, as the GRE test writers see fit. Often, new math material can be added based on trends in student grades. Periodic reviews are often considered necessary for the exam to measure advanced math scores in an accurate range.
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