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Quantitative Reasoning is one of the three GRE sections, alongside Verbal Reasoning and Analytical Writing, and it deserves a central place in your GRE preparation. This page curates powerful resources for GRE Quant prep, bringing key concepts and question types into one focused learning space. Each video lesson combines conceptual theory, a clear solving process, worked examples, and GRE style questions with explanations, so you learn the concept and apply it immediately. Move step by step, pause to try each question using the method, then watch the explanation to sharpen your execution. Use these resources actively across your drills, GRE sectional mocks, and GRE full length mocks so your Quant skills rise to excel on the official GRE.
Wish you a happy Quant prep!
This comprehensive masterclass guides you through Number Properties for GRE Quantitative Reasoning in a way that feels smooth, engaging, and deeply intuitive. As part of the GRE course by Experts’ Global, the lesson walks you through how numbers behave and interact. You explore number classification, even and odd patterns, prime and non prime logic, divisibility ideas, last digit and last two digit behavior, cyclicity, recurring decimals, factors and multiples, prime factorization, LCM and HCF, roots and exponents, and a wide range of remainder situations, including changing divisors, LCM driven setups, and exponent based remainders. Each idea connects naturally to the next so the full picture starts to feel coherent and powerful.
Every concept comes alive through crisp explanations and carefully chosen worked examples. Once the foundation is set, the lesson moves into GRE style questions that mirror real test thinking. You see how the same ideas apply directly when pressure is real and time matters. This video helps you develop a strong, connected understanding of Number Properties and shows you how to use these ideas on GRE.
This high energy lesson walks you through Overlapping Sets in GRE Quantitative Reasoning with a sharp and focused approach. You begin by understanding how Set Theory actually works, not as formulas to memorize but as ideas that make sense. The explanation builds step by step so even if this topic feels unfamiliar at first, it soon starts to feel logical and intuitive. The goal is simple to help you think clearly when multiple groups overlap and numbers interact.
You then learn two powerful ways to solve these questions using Venn Diagrams and Line Diagrams. Each method is explained with purpose, followed by a clear comparison that shows exactly when one approach works better than the other. Worked examples bring the ideas to life, and GRE style practice questions help you apply what you learn in realistic test situations. By the end, Overlapping Sets feels structured, approachable, and even enjoyable to solve.
This masterclass brings Percentages, Ratio, and Proportion to life for GRE Quantitative Reasoning, in a way that feels sharp, modern, and genuinely empowering. You build the core ideas from the ground up, so you stop treating these topics as scattered tricks and start seeing one connected system. Once that clicks, percentage relationships, ratio comparisons, and proportional thinking feel natural, fast, and clean.
You then learn practical methods for percentage based questions and for ratio and proportion setups, with every step explained in a beginner friendly way. The lesson also covers direct variation and inverse variation with a clear, intuitive approach that helps you spot the relationship quickly. Worked examples show how the method plays out, and GRE style practice questions help you apply the same logic accurately in real test situations.
This lesson reshapes how you look at Mixtures and Alligation in GRE Quantitative Reasoning by turning a confusing topic into a clean line of thought. You start by understanding what mixture based questions truly ask, instead of reacting to numbers on the page. The ideas unfold smoothly, helping you see how different quantities interact and how value changes when components combine.
You then explore the logic of alligation through a clear and structured approach that feels purposeful rather than mechanical. Each step shows you how to choose the right setup for the situation in front of you. Worked examples bring the method to life, and GRE style practice questions help you apply the same thinking with accuracy and control in realistic test settings.
This conceptual video lesson shows you how to solve profit and loss questions by tracking whether a transaction creates a gain or a loss, and by how much, while following value through a buying and selling setup. You learn to treat each step as a clear checkpoint, so the entire story of the transaction stays organized and easy to evaluate.
The lesson walks through the full value chain in a simple, structured way and covers cost price, markup, marked price, discount, selling price, profit, loss, profit percentage, and profit margin. You see how each piece connects to produce the final outcome, then you apply the same method to GRE style problems so the process becomes second nature. Carry this approach into your GRE prep, practice drills, and GRE mock tests, and keep your decisions efficient and precise.
This conceptual video lesson shows you how to work confidently with simple and compound interest by tracking how a starting amount grows over time. You clearly see how simple interest builds only on the original amount, while compound interest grows on both the original amount and the interest added earlier, helping growth patterns feel logical and predictable.
The lesson explains simple and compound interest in a clean and easy to follow flow and covers principal, rate, time, interest earned, total amount, and the contrast between simple growth and compounded growth across periods. You then see these ideas applied through GRE style problems, so the method feels natural and transferable as you carry it into your practice drills and full length GRE mock tests.
This masterclass makes Statistics in GRE Quantitative Reasoning feel structured, intuitive, and surprisingly engaging. You explore every major idea the GRE tests, including average, median, mode, range, interquartile range, the bell curve, box and whisker plots, and standard deviation. Each concept builds naturally on the previous one, so statistics starts to feel like a connected story rather than a scattered list of formulas.
Every topic comes alive through clear explanations and carefully chosen worked examples that show how the ideas actually behave. You then step into GRE style questions where the same logic applies in realistic testing situations. The focus stays on helping you see patterns, connect concepts, and use statistics with precision and purpose when it matters most.
This lesson brings Linear and Quadratic Equations into sharp focus for GRE Quantitative Reasoning by turning equations into tools you actually enjoy using. You start with the basic ideas behind linear and quadratic relationships, explained in a way that feels logical and approachable. Instead of memorizing steps, you learn how equations behave and why they work, which builds a strong and reliable foundation for equation driven thinking.
You then dive deeper into both equation types through clear explanations and carefully selected worked examples. The lesson shows how these equations appear as direct questions and also how many word problems quietly depend on framing the right linear or quadratic equation before solving it. GRE style practice questions help you apply the same thinking in realistic situations, so equations start to feel familiar, flexible, and powerful on test day.
This masterclass turns Inequalities in GRE Quantitative Reasoning into a topic you handle with control and style, not guesswork. You learn the major inequality ideas the GRE tests, including inequalities based on factorization, the wavy curve method, inequalities involving modulus, sign analysis, and inequalities within the minus one to one range. You also pick up a reliable backup method by plugging in values, so you always keep a path forward when a question looks tricky.
Each approach comes with clear conceptual theory and worked examples that show you exactly how the logic unfolds. You then shift into GRE style practice problems where you apply the same methods in realistic situations. By the end, you know how to choose the right approach quickly and solve inequality questions with accuracy and energy.
This conceptual video lesson breaks down GRE Quant algebraic functions by showing how a defined rule maps an input to an output, and how that mapping determines the final value a problem targets. You learn to treat functions as precise machines, where every input triggers a predictable outcome you can track with ease.
The lesson shows you how to read a function carefully, observe how the expression responds as inputs change, and evaluate the rule with different inputs until you reach the exact result. You then work through GRE style problems that translate function rules into correct outcomes step by step. Learn the idea, apply it with intention, and keep the method ready for every function question you meet next.
This masterclass makes Work Rate Problems in GRE Quantitative Reasoning feel crisp, logical, and genuinely fun to solve. You explore the full range of work rate situations the GRE likes to test, including cases where the total work is defined, cases where the total work is not defined, negative work scenarios, and setups where different entities work with different efficiencies. The lesson helps you see the structure behind the story, so you stop chasing numbers and start building a clean plan.
Each scenario comes with clear conceptual theory and worked examples that show you exactly how the thinking flows from setup to solution. You then move into GRE style practice problems and apply the same methods directly in realistic test situations. By the end, work rate questions feel less like puzzles and more like a skill you use with speed, control, and a bit of swagger.
This masterclass brings Time, Speed, and Distance in GRE Quantitative Reasoning into a clean, high energy framework that feels easy to follow from the first minute. You learn the core ideas the GRE tests, including average speed, relative speed, rowing along the stream, and rowing against the stream, along with other essential time speed distance patterns that show up in real questions. The lesson helps you see the logic beneath the motion, so the topic starts to feel sharp and predictable.
Each concept is taught through clear theory and thoughtfully chosen worked examples that make the method feel natural. You then move straight into GRE style practice problems, applying the same thinking in realistic test situations. By the end, you read these questions with a clear plan, set up faster, and solve with accuracy that feels earned.
This masterclass makes Geometry in GRE Quantitative Reasoning feel smooth, structured, and surprisingly exciting. You move through the major geometry ideas the GRE tests, including angles, triangles, quadrilaterals and the family of quadrilaterals, circles, area of shaded regions, overlapping areas, and solids or 3D shapes. The lesson helps you see geometry as a set of simple patterns that repeat, so you start spotting solutions faster and with more control.
Each topic is taught with clear conceptual theory and well chosen worked examples that show you how the logic flows on real questions. You then practice with GRE style problems so you apply the same ideas directly in realistic test situations. By the end, geometry feels less like a memorization task and more like a visual skill you use with speed and precision.
This masterclass turns Coordinate Geometry in GRE Quantitative Reasoning into a clean and confident way of thinking. You start by understanding how the coordinate axes and number line shape every question, then build forward into distance, straight lines, and how relationships look visually on a graph. Each idea connects smoothly, so coordinate geometry starts to feel organized and friendly rather than abstract.
You then explore parallel and perpendicular lines, equations of circles on the coordinate plane, parabolas on the axis, and other key coordinate setups through clear explanations and engaging worked examples. GRE style practice questions help you apply the same thinking in realistic situations, so you learn to read graphs with purpose and translate visuals into answers with speed and accuracy.
This masterclass makes Permutation and Combination in GRE Quantitative Reasoning feel sharp, structured, and genuinely enjoyable. You start with the big picture of counting methods, then build into the basics of permutations and combinations in a way that feels natural for a beginner. You also learn the relationship between permutation and combination, so you stop guessing which tool fits and start choosing with purpose.
To lock the ideas in, you walk through a powerful permutation example built across eight scenarios and a matching combination example built across eight scenarios. The lesson then expands into circular arrangements, logic based combinations, and other key counting ideas. Clear conceptual theory and worked examples lead directly into GRE style practice problems, so you apply the same thinking in realistic test situations with speed, accuracy, and a little playful momentum.
This masterclass reshapes how you think about Probability in GRE Quantitative Reasoning by turning uncertainty into structure. You begin with the core idea of probability and quickly move into smarter ways of reasoning through chance based situations. Logic driven probability, counting driven probability, and pattern based thinking come together so probability starts to feel ordered, not random. The focus stays on helping you predict outcomes with intention rather than instinct.
You then explore deeper probability setups such as binomial probability, overlapping sets based probability, bell curve based probability, aerial probability, and other important variations that appear on the GRE. Each idea is explained through clear concepts and lively worked examples that show how the reasoning unfolds. GRE style practice questions help you apply the same thinking in realistic situations, so probability becomes a skill you use with clarity, energy, and confidence that feels earned.
This conceptual video lesson shows how GRE Quant sequences and series work by focusing on how a list of numbers follows a defined pattern across terms, so you can find a required term or compute a total the question asks for.
A part of the online GRE prep course by Experts’ Global, this video walks you through how to watch the progression, spot the pattern that links the terms, and use that pattern to reach the exact value you need. It then works through GRE style problems so you see how pattern tracking turns into the right decision on test questions. Spend time with the idea, practice applying it with intent, and use the same approach in your GRE prep and practice.
This conceptual video lesson breaks down GRE Quant word problems by showing how to translate real world situations into clear mathematical relationships that lead to a precise numerical result.
A part of the online GRE prep course by Experts’ Global, this video shows you how to read the situation carefully, spot what is given and what the question asks for, and convert the language into equations or logical steps that produce the required number. It also reflects the reality that roughly half the questions in the GRE Quant section appear as word problems, so you see a thorough and focused treatment of this space. The video then applies the same approach on GRE style problems so you watch structured reading turn information into solvable math. Learn the concept with care, apply it deliberately, and carry it forward.
This masterclass turns Data Interpretation in GRE Quantitative Reasoning into a guided journey that feels supportive, sharp, and motivating. You learn how three question data interpretation sets actually work and what the exam expects from you at every step. Instead of rushing to calculations, you focus on reading the data with purpose. The lesson introduces the most common graphs in a clear and friendly way and shows how to prepare so numbers start telling a story rather than creating noise.
You then learn a smart and efficient strategy for solving an entire data interpretation set from start to finish. Key ideas that appear again and again on the GRE come together through carefully chosen solved examples and GRE style practice questions. Each step helps you apply the same thinking in real exam like situations. The lesson finishes with a challenging data interpretation problem that mirrors the toughest level you may encounter, leaving you feeling ready and energized to take it on.
Please find a set of GRE-style DI questions with explanations on: Free GRE Data Interpretation Practice Questions with Solutions
Please find a set of 12 GRE-style DI questions with explanations on: Free GRE Data Interpretation 12 Practice Questions with Solutions
Please find a set of assorted GRE-style questions (all types) with explanations on: Free GRE Practice Questions with Solutions
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