The GRE Geometry is a vital part of the GRE quantitative reasoning section, and the average GRE Quant score observed is 152.57 out of 170. GRE Geometry concepts are extremely crucial as a part of the GRE Quantitative Reasoning section. More so, GRE Geometry questions account for 15% of the total in GRE Quant. GRE Maths Geometry comprises 20 questions divided into two halves. Applicants must finish the section in 35 minutes in order to get a high GRE score.
Geometry problems on the GRE can take many different forms. They may appear as multiple-choice questions, Quantitative Comparisons, or Numeric Entry questions. Some may provide you with diagrams or a combination of numbers and letters. To know more about the GRE geometry practice questions, keep reading this blog!
Table of Contents
What is the Importance of GRE Geometry?
Since the GRE is conducted to test the arithmetical features of the students, geometry plays an important role in the section. Moreover, GRE geometry concepts include angles, lines, triangles, circles, etc. The major emphasis is on how you apply the elementary rules. In some courses like data analysis, or engineering, geometry rules play an important role.
The role of geometry does not end with the test, of course, but also in the real-life work scenario. To get into the data analysis job, you will need to apply some geometry rules. Overall, making the best use of GRE Geometry practice questions will help in long-term purpose.
How to Prepare for GRE Geometry?
To score well in the GRE Geometry section, you need to follow a certain practice pattern right from the advanced level. Some of the ways to prepare are mentioned below:
Memorising the Key Concepts
Any arithmetic idea can be intimidating in the initial stage of practising, especially if you haven't taken a maths course in a long time. However, becoming acquainted with some of the major geometry ideas should boost your confidence and help you score well on any GRE geometry question that comes your way. Here are some key concepts which you should know:
- Relationship between Angles: Understand the definition of an angle, how it is made, and how it connects to other angles in a shape or when formed by line intersections. Recognize any peculiar features of right angles. Also, keep in mind that the interior angles of triangles always add up to 180 degrees, that a line equals 180 degrees, and that a circle equals 360 degrees.
- Pythagorean Theorem: Memorise the entire theorem which is very important during the GRE exam.
- Special Right Triangles: Recollect all characteristics of special right triangles.
Creating flashcards is one of the most effective strategies to remember key information in geometry. If you prefer paper flashcards, put the formula, or shape, on one side and its definition or explanation on the other. Include illustrations or examples whenever possible to provide context for the concepts you're learning.
Suggested: GRE Flashcards to Boost Your Verbal Skills!
Since there are enough materials for GRE Geometry practice questions, you must test your ability to solve problems regularly. Solving real practice questions will help you prepare for solving questions you will have to solve while appealing for the GRE Quant section. The more GRE geometry preparation you undertake, the more precisely you can answer such questions on test day. GRE Geometry practice questions also introduce you to the various ways geometry problems face the test.
Suggested: Know about the GRE 2022 Dates!
GRE Geometry Syllabus And Question Types
The GRE Geometry syllabus and question types include solving perpendicular and parallel lines, triangles (including isosceles, equilateral, and 30°-60°-90° triangles), and similar figures. Furthermore, the syllabus will cover other perimeter, polygons, three-dimensional figures, area, volume, circles, the Pythagorean Theorem, and degree angle measurement.
Here are the different concepts included in the geometry section:
- Lines and Angles- It covers Vertical Lines, Parallel Lines, Adjacent Lines, Right Angles, Reflex Angles, Complementary Angles, etc.
- Triangles- Equilateral Triangle, Acute Triangle, Obtuse Triangle, and Scalene Triangle
- Quadrilateral- Trapezium, Rectangle, Rhombus, and Square
GRE Geometry Formulas and Practice Tests
When it comes to taking up GRE Geometry questions and answers, there are some formulas and principles that need to be followed. GRE Geometry Maths problems must be solved using the appropriate formulae and principles for each figure.
Given below are different types of GRE geometry practices that one should prepare for, based on specific topics:
GRE Geometry Lines
- A line can is defined as an infinite set of points. The following are the various types of lines:
- A straight line that stretches in both directions and has no end point
- A curve line may appear to extend from one point to another while changing direction.
- A line segment is defined as two points with distinct ends.
GRE Geometry Triangles
Triangle ideas are covered in GRE Geometry. GRE triangle problems cover a variety of triangular shapes, including isosceles, equilateral, right, and scalene. GRE Geometry problems must be solved using a specific set of formulas.
GRE Geometry Quadrilateral
Quadrilaterals of four different varieties are covered in GRE Geometry topics, including the square, rectangle, trapezium, rhombus, and parallelogram.
GRE Geometry Circles
A circle is defined as a set of flat surfaces that are equidistant from its centre. The perimeter of a circle is referred to as the 'circumference of the circle.' The principles and formulas will aid in the solution of GRE Circle problems.
Suggested: Which are the Top GRE Accepting Countries?
GRE Geometry Preparation And Preparation Books
There are some books that carry preparation tips and questions that can help in preparing for the GRE Geometry. Some of the recommendations are mentioned below:
- Manhattan Prep’s 4th Edition GRE Strategy Guides: The GRE Geometry strategy guide, written by Manhattan Prep's high-calibre GRE teachers, provides you with comprehensive tools to solve every geometry issue on the GRE. The book carries GRE Geometry questions with solutions easy to prepare. Refresh your understanding of shapes, planes, objects, and other concepts.
- Geometry GRE Preparation Guide, 1st: This 1st edition by Manhattan covers the above mentioned concepts. There are practice problems in this guide that will allow you to test the understanding and measure the progress. It includes Adaptive Practice Exams.
Suggested: How to Prepare for GRE Quantitative?
To score good marks in the GRE Quant section, it is vital to practice the GRE geometry section well. Understanding GRE Geometry concepts and questions will certainly help you in practice. You can also accelerate your GRE Geometry practice by using Yocket’s free GRE prep!
Frequently Asked Questions about GRE Geometry
Ques. What are some tips to Prepare for GRE Geometry?
Ans. The following suggestions may be useful to candidates.
- To solve GRE Geometry questions, you must memorise key concepts and formulas.
- You can create flashcards to prepare and understand the concept.
- You can use effective GRE Geometry Practice Questions to become familiar with the types of questions that they may face.
Ques. Is GRE Geometry difficult to solve?
Ans. It is quite obvious that you may find it hard to understand the concept in the initial stage. It is quite certain because it may have been five years since you calculate the hypotenuse of a right triangle or the area of a circle, but geometry, like the rest of the maths department, comprises a handful of concepts expressed in perplexing ways.
Ques. Is Geometry important for GRE?
Ans. Since the quant is all about diagrams, lines, graphs, and others, learning Geometry is important and it is a part of the section.
Ques. Does GRE Geometry have a 3D section?
Ans. Yes, along with 3D Geometry, lines and angles, triangles, quadrilateral circles, and coordinate geometry are all GRE Geometry principles.
Ques: What sections of Geometry are important for GRE?
Ans. Lines and angles, triangles (isosceles, equilateral, and special right triangles), polygons, circles, three-dimensional figures, multiple figures, and so on are all covered in geometry.