Free Exams learning guide
Mastering CAT Exam: A Structured Roadmap for Intermediate Learners
Mastering CAT Exam: A Structured Roadmap for Intermediate Learners — a free intermediate-level guide covering how to prepare for cat exam from zero....
What you will learn
- Understanding the CAT Exam Structure and Syllabus
- Building a Study Plan and Time Management
- Foundations of Verbal Ability and Reading Comprehension (VARC)
- Advanced Strategies for Verbal Ability and RC
- Introduction to Data Interpretation and Logical Reasoning (DILR)
- Advanced Techniques for DILR
- Quantitative Aptitude (QA) Basics
- Advanced QA Topics and Problem-Solving
- Mock Tests and Performance Analysis
- Final Revision and Exam Strategies
1. Understanding the CAT Exam Structure and Syllabus
The CAT Exam: A Strategic Blueprint Imagine this: You’ve just finished a grueling 3-hour exam, but instead of a single score, you’re handed three separate reports—each evaluating a different skill set. One measures your ability to dissect dense paragraphs and solve verbal puzzles, another tests your logical reasoning and data interpretation, and the last assesses your quantitative problem-solving under pressure. This isn’t a hypothetical scenario—it’s the Common Admission Test (CAT), the gateway to India’s top business schools. The CAT isn’t just a test of knowledge; it’s a test of strategy. Understanding its structure, sections, and syllabus is the first step to mastering it. This chapter breaks down the exam’s anatomy so you can prepare with precision. --- The Three Pillars of CAT The CAT exam is divided into three sections, each designed to evaluate distinct cognitive abilities: 1. Verbal Ability and Reading Comprehension (VARC) 2. Data Interpretation and Logical Reasoning (DILR) 3. Quantitative Aptitude (QA) Each section has its own weightage, question types, and difficulty curve. Here’s how they stack up: | Section | Number of Questions | Marks per Question | Total Marks | Time Allocation | |-------------------|-------------------------|------------------------|----------------|---------------------| | VARC | 24 | +3, -1 | 72 | 40 minutes | | DILR | 20 | +3, -1 | 60 | 40 minutes | | QA | 22 | +3, -1 | 66 | 40 minutes | Why the Structure Matters - VARC tests your verbal reasoning, vocabulary, and comprehension speed. It’s not just about knowing words—it’s about extracting meaning efficiently. - DILR is the most unpredictable section. It combines data-heavy puzzles with abstract logic, requiring both speed and pattern recognition. - QA is the most consistent in difficulty but demands conceptual clarity and calculation accuracy under time pressure. Key Insight: The CAT is a balanced exam. Neglecting any section can drastically lower your percentile, even if you excel in another. --- Exam Duration and Marking Scheme Time Management: The 40-Minute Rule - The CAT is 180 minutes long, divided into three 40-minute slots (one per section). - No sectional time limits: You can switch between sections, but unattempted questions in a section are zero. - Negative marking: Each correct answer gives +3 marks, and each wrong answer deducts -1 mark. Unattempted questions yield 0 marks. How to Approach the Time Constraint - VARC is often the fastest to complete for strong readers, but DILR can be a time sink. - QA requires careful pacing—some questions (like geometry or algebra) may take longer than others. - Strategy tip: Allocate time based on your strengths. If you’re weak in DILR, don’t spend more than 50 minutes on it. --- Question Types: What to Expect VARC (Verbal Ability and Reading Comprehension) …
2. Building a Study Plan and Time Management
The "Planning Fallacy" and the CAT Aspirant Imagine two candidates: Rahul and Priya. Both have six months until the CAT. Rahul decides to "study hard." He wakes up every day and opens a book, picking whatever topic feels intuitive that morning. Some days he spends six hours on Quantitative Aptitude (QA) because he enjoys it; other days, he ignores DILR entirely because it feels frustrating. He feels productive because he is "studying," but he has no map. Priya, on the other hand, spends the first weekend of her journey doing nothing but auditing her current skill level. She realizes she is naturally strong in VARC but struggles with basic geometry in QA. She builds a calendar that allocates more time to her weaknesses and schedules "buffer days" for when life inevitably gets in the way. Six months later, Rahul is panicked because he realized too late that he hasn't touched 40% of the syllabus. Priya is calmly taking mocks, knowing exactly which gaps she needs to plug. The difference isn't intelligence or effort—it's the avoidance of the Planning Fallacy, the psychological tendency to underestimate the time needed to complete a task. For the CAT, "studying" is not the goal; "coverage and mastery" are. Auditing Your Baseline: The Strength-Weakness Matrix Before you plot a single date on a calendar, you need a data-driven understanding of where you stand. A generic study plan is a recipe for inefficiency. You cannot allocate the same amount of time to a topic you’ve mastered as you do to one that feels like a foreign language. The Diagnostic Phase Take a previous year's CAT paper (or a high-quality diagnostic mock). Treat it as a real exam: 180 minutes, strict section timings. Do not use a calculator except where permitted. Once finished, categorize every topic within the three sections (VARC, DILR, and QA) into this matrix: Green (Strength): You solved the question quickly and correctly. You understand the underlying concept. Yellow (Comfortable but Slow): You got the answer right, but it took too long, or you were unsure of your method. Red (Weakness): You had no idea how to start, or you confidently arrived at the wrong answer. Weighting Your Effort Your study plan should be inversely proportional to your comfort level. Red Zones: Require Conceptual Learning. This is where you spend the most time—reading theory, watching tutorials, and solving basic examples. Yellow Zones: Require Application and Speed. This is where you focus on shortcuts, pattern recognition, and timed practice. Green Zones: Require Maintenance. These topics only need periodic revision and high-difficulty challenge problems to ensure you don't get rusty. Designing the 6-Month Roadmap A six-month window is an ideal timeframe for a "zero-to-hero" journey. It allows …
3. Foundations of Verbal Ability and Reading Comprehension (VARC)
The "Invisible" Barrier of VARC Imagine you are reading a high-level editorial in The Economist or a dense philosophical treatise on the nature of consciousness. You know every individual word in the sentence, yet after reading the paragraph three times, you still can't pinpoint the author's exact stance. You feel the meaning slipping through your fingers. This is the "Invisible Barrier." Most candidates approach VARC as a test of English proficiency. It is not. The CAT exam tests verbal reasoning. The difference is subtle but critical: proficiency is knowing that a word is used correctly; reasoning is understanding why the author chose that specific word over another to shift the tone of the entire passage. To break this barrier, you don't need to memorize the dictionary; you need to build a foundation of structural grammar, strategic vocabulary, and active reading habits. Mastering the Mechanics: Essential Grammar and Common Errors For an intermediate learner, the goal isn't to learn what a noun is, but to understand how the relationship between a subject and its verb can change the meaning of a complex sentence. In CAT, grammar is rarely tested through direct "fill-in-the-blanks," but it is the bedrock of Sentence Correction and Para-jumbles. The High-Impact Rules Focus your energy on these four areas, as they account for the majority of structural errors in competitive English. 1. Subject-Verb Agreement (SVA) The most common trap in VARC is the "Intervening Phrase." Incorrect: The collection of rare manuscripts, including several first editions from the 17th century, were stolen. Correct: The collection... was stolen. The Logic: The subject is "collection" (singular), not "manuscripts" or "editions." Always strip away the commas and prepositional phrases to find the true subject. 2. Parallelism Parallelism ensures that items in a series have the same grammatical form. This is vital for identifying the logical flow in Para-jumbles. Incorrect: He likes hiking, swimming, and to ride bicycles. Correct: He likes hiking, swimming, and cycling. The Logic: If you start with gerunds (-ing), you must finish with gerunds. 3. Modifier Placement A misplaced modifier creates ambiguity, which CAT leverages to create "trap" options in RC. Ambiguous: After rotting in the cellar for weeks, the homeowner finally threw out the apples. (Was the homeowner rotting in the cellar?) Correct: The homeowner finally threw out the apples that had been rotting in the cellar for weeks. 4. Tense Consistency and Conditionals Pay close attention to the "Past Unreal" conditional. Incorrect: If I would have known, I would have acted differently. Correct: If I had known, I would have acted differently. Identifying Common Error Patterns When reviewing your practice sets, categorize your mistakes into these three buckets: Structural Errors: SVA, Parallelism, Tense. Diction Errors: Using "affect" …
4. Advanced Strategies for Verbal Ability and RC
The Trap of the "Almost Right" Answer Imagine you are reading a dense passage on the socio-economic impact of the Industrial Revolution. You encounter a question that asks for the "most logical inference" based on the text. You look at the options: Option A is a direct quote from the third paragraph. It is factually true according to the text, but it doesn't infer anything; it simply repeats. Option B sounds sophisticated and aligns with your general knowledge of history, but the author of the passage never actually mentions the specific point it makes. Option C uses extreme words like "entirely," "never," and "universally," making a claim that is slightly too broad for the cautious tone of the author. Option D is a modest statement that isn't explicitly written in the text but is the only logical conclusion that can be drawn from the evidence provided. Most intermediate learners gravitate toward Option A because it feels "safe" or Option B because it feels "smart." However, the CAT exam is designed to punish those who cannot distinguish between a fact, a generalization, and a logical inference. To move from a basic understanding of VARC to an advanced level, you must stop looking for the "correct" answer and start looking for the "least flawed" answer. --- Decoding Complex RC Question Types While you are already familiar with basic direct questions, advanced RC passages employ nuanced question types that test your ability to read between the lines. 1. Inference-Based Questions Inference questions ask you to identify something that is not explicitly stated but is logically implied. The gold standard for a correct inference is: If the passage is true, this statement MUST also be true. The Pitfall: Over-inferring. If you have to take two or three "logical leaps" to reach an answer, you have gone too far. The Strategy: Look for "bridge words." If the author says, "The rise of digital currency has marginalized traditional banking in rural areas," a valid inference is that traditional banking was once more prevalent in those areas. You aren't guessing; you are uncovering a necessary precondition. 2. Tone and Attitude Questions The "tone" refers to the author's emotional or intellectual stance toward the subject. It is rarely "happy" or "sad"; it is usually more complex. Common Advanced Tones: Acerbic/Caustic: Bitter, sharp, or biting criticism. Equivocal: Uncertain, vague, or avoiding a commitment to one side. Pedantic: Overly concerned with minor details or formal rules. Pragmatic: Dealing with things sensibly and realistically. The Strategy: Focus on the adjectives and adverbs. If an author describes a policy as "ambitious yet fundamentally flawed," the tone is critically evaluative, not purely negative. 3. Style and Structure Questions These questions ask how the …
5. Introduction to Data Interpretation and Logical Reasoning (DILR)
The DILR Mindset: Decoding the Chaos Imagine you are handed a spreadsheet containing the quarterly sales of five different product lines across six global regions, accompanied by a set of three contradictory notes from the regional managers about currency fluctuations. Your task isn't to find a single number, but to determine which region had the highest growth rate despite the fluctuations. This is the essence of the DILR section. Unlike the VARC section, where you are extracting meaning from text, or the QA section, where you apply a formula to a problem, DILR is about pattern recognition and information synthesis. It is the only section of the CAT where the "syllabus" is essentially "anything that requires logic." The challenge isn't usually the math—which is typically basic arithmetic—but the cognitive load. You are required to hold multiple constraints in your head while simultaneously filtering out "noise" (irrelevant data) to arrive at a logical conclusion. --- Mastering Data Interpretation (DI) Data Interpretation is the art of converting raw visual data into actionable insights. In CAT, DI is rarely about simple reading; it is about identifying the relationship between variables. The Core Visuals While you are likely familiar with basic charts, the intermediate learner must move from "reading" to "analyzing." Tables: The most common format. The key here is scanning for anomalies. Look for the highest/lowest values or sudden spikes before reading the questions; often, the answer lies in the outlier. Bar Charts & Histograms: Focus on the relative difference (the gap between bars) rather than the absolute values. Line Graphs: These are primarily used to show trends over time. Focus on the slope—a steeper line indicates a faster rate of change, regardless of the starting point. Pie Charts: Always convert percentages to actual values if the total "slice" size is given. Be wary of "nested" pie charts where one slice is broken down into another chart. The "Calculation Shortcut" Framework Since DILR is a race against the clock, performing long-form division is a strategic error. Use these approximation techniques: 1. The 10% Rule: To find 15% of 4,870, find 10% (487), then half of that for 5% (243.5), and add them. 2. Fractional Equivalents: Memorize common conversions (e.g., $1/6 \approx 16.67\%$, $1/7 \approx 14.28\%$, $1/8 = 12.5\%$). If a chart shows a growth of 12.5%, immediately think "one-eighth." 3. Comparison over Calculation: If a question asks which year had the highest growth, do not calculate the exact percentage for all five years. Compare the ratios visually or use rough approximations to eliminate 3 out of 5 options. --- Logical Reasoning (LR): The Architecture of Puzzles Logical Reasoning is less about numbers and more about constraints. A set of LR questions provides a …
6. Advanced Techniques for DILR
The "Wall" of DILR: Why Some Sets Remain Unsolved Imagine you are 15 minutes into the DILR section. You’ve cracked one straightforward table-based set, but as you flip to the next, you encounter a "Network Diagram" involving five different cities, three different modes of transport, and a set of constraints that seem to contradict each other. You spend five minutes reading the prompt, another five trying to sketch a diagram, and suddenly, you've spent a third of your time on a single set with zero progress. This is the "Wall." In the CAT exam, the DILR section is designed not just to test your logic, but to test your selection. The difference between a 90th percentile and a 99th percentile scorer isn't usually their ability to solve every set—it's their ability to identify which sets are "traps" and which complex sets are actually solvable using a systematic approach. Having established the basics in the previous module, we now move from simple data extraction to advanced synthesis. --- Mastering Complex Puzzles Advanced sets often blend two or more logic types. A scheduling puzzle might be hidden inside a Venn diagram, or a network flow problem might require basic arithmetic to solve. 1. Advanced Scheduling and Matrix Logic Scheduling sets often involve multiple variables (e.g., People, Days, Tasks, and Locations). When the number of variables exceeds three, a simple table often fails. The Multi-Dimensional Grid: Instead of one large table, use "mini-grids." If you are tracking five people across five days and five different tasks, create a primary grid for People vs. Days, and secondary grids for People vs. Tasks. The "Negative Space" Technique: In complex scheduling, what cannot happen is often more important than what can. Mark "X" for impossible combinations aggressively. Once a row or column has four "X"s in a five-variable set, the remaining cell is a guaranteed "Yes." Conditional Linkage: Look for "If-Then" triggers. If the prompt says, "If Alice is scheduled for Monday, Bob cannot be scheduled for Tuesday," do not try to place them yet. Create a side-note: Alice(Mon) $\rightarrow$ Bob $\neq$ (Tue). Only map this to the grid once Alice's position is confirmed. 2. Network Diagrams and Flow Charts Network sets typically deal with the movement of goods, people, or information between nodes. The challenge here is usually capacity constraints or optimization. Node-Link Analysis: Always identify the "Source" (where things start) and the "Sink" (where things end). Bottleneck Identification: In flow-based sets, look for the node with the lowest capacity. This "bottleneck" governs the maximum possible flow for the entire network, regardless of how high the capacity is elsewhere. Directionality: Be meticulous about one-way vs. two-way paths. A single missed arrow in a network diagram …
7. Quantitative Aptitude (QA) Basics
The "Calculation Trap" and the QA Mindset Imagine you are 25 minutes into the QA section. You encounter a word problem involving a mixture of two alloys. You spend four minutes meticulously setting up a complex linear equation, another three minutes solving for $x$, and a final minute calculating the final percentage. You get the answer right. You’ve earned +3 marks. Now imagine a candidate who recognizes the problem as a classic "Alligation" scenario. They use a mental shortcut to find the ratio in 30 seconds, plug it into the options, and move on. Both candidates got the mark, but the second candidate just "bought" three and a half minutes of time. In the CAT, time is a more scarce resource than knowledge. The goal of this module is not just to ensure you know the math, but to ensure you aren't using "school-level" methods to solve "competitive-level" problems. High-Velocity Mental Math Before diving into the core pillars of QA, you must optimize your "processing speed." If you are still multiplying $25 \times 18$ using long multiplication, you are leaking time. The Essential Toolkit To move briskly through the QA section, commit these to memory: Squares: Up to 30. Cubes: Up to 15. Fraction-to-Percentage Conversions: Essential for Arithmetic. (e.g., $1/6 = 16.66\%$, $1/7 = 14.28\%$, $1/8 = 12.5\%$, $1/9 = 11.11\%$, $1/11 = 9.09\%$). Powers of 2 and 3: Up to $2^{10}$ (1024) and $3^6$ (729). Calculation Shortcuts 1. The Unit Digit Method Instead of solving a full equation, look at the last digit of the options. If you are multiplying $456 \times 123$, the answer must end in $8$ ($6 \times 3 = 18$). If only one option ends in 8, you are done in two seconds. 2. Digital Sum (Casting out Nines) The sum of the digits of a number remains invariant under certain operations. If the sum of the digits of your calculated answer doesn't match the sum of the digits of the correct option, your calculation is wrong. 3. Approximation and Range Estimation In many QA questions, options are spaced far apart. If you are calculating $\sqrt{142}$, don't solve for the exact decimal. You know it's slightly less than $\sqrt{144} (12)$. If the options are 11.2, 11.9, 13.1, and 14.5, the answer is clearly 11.9. --- Pillar 1: Arithmetic Reinforcement Arithmetic forms the backbone of the QA section. It is less about complex formulas and more about proportional reasoning. Percentages, Profit & Loss Stop thinking in terms of formulas like $\text{Profit} = \text{SP} - \text{CP}$. Start thinking in multipliers. Multiplier Method: A 20% increase is a multiplier of $1.2$. A 15% decrease is a multiplier of $0.85$. Successive Percentage Change: Instead of calculating step-by-step, use the …
8. Advanced QA Topics and Problem-Solving
The "Wall" of Quantitative Aptitude Imagine you are 25 minutes into the QA section. You’ve comfortably knocked out the arithmetic questions you mastered in Quantitative Aptitude (QA) Basics, and your confidence is high. Then, you hit a question involving the remainder of $7^{103}$ when divided by 25, or a complex arrangement problem where three people refuse to sit next to each other while others must stay together. Suddenly, the clock feels like it's ticking faster. This is "The Wall." Most candidates can solve the basics, but the top percentiles are decided by those who can dismantle these high-complexity problems without spiraling into time-sink traps. To break through this wall, you don't need more formulas; you need a shift in how you approach Number Theory, Combinatorics, and Advanced Algebra. Mastering Number Theory Number Theory is less about calculation and more about the properties of integers. In the CAT exam, these questions often look intimidating but have "elegant" shortcuts. Divisibility and Remainder Theorems While you know basic divisibility rules, advanced problems require the application of specific theorems to avoid long division. Euler’s Totient Theorem: Essential for finding remainders of large powers. If $a$ and $n$ are coprime, then $a^{\phi(n)} \equiv 1 \pmod n$. This allows you to reduce massive exponents to manageable numbers instantly. Fermat’s Little Theorem: A special case of Euler's. If $p$ is a prime number, then $a^{p-1} \equiv 1 \pmod p$. Chinese Remainder Theorem (CRT): Used when you are given multiple remainder conditions for different divisors. Instead of guessing and checking, CRT provides a systematic way to find the smallest integer that satisfies all conditions. Factors and Multiples Move beyond finding the LCM and HCF. Focus on: Number of Factors: If a number $N = a^p \cdot b^q \cdot c^r$, the total number of factors is $(p+1)(q+1)(r+1)$. Sum of Factors: Use the formula $\frac{a^{p+1}-1}{a-1} \cdot \frac{b^{q+1}-1}{b-1} \dots$ to avoid listing every factor. Trailing Zeroes: Remember that trailing zeroes are created by pairs of 2s and 5s. In a factorial ($n!$), 5s are always fewer than 2s, so simply count the powers of 5 in the prime factorization of $n!$. Permutations, Combinations, and Probability P&C is often the most feared topic because it requires visualization rather than just formula application. The secret is to identify the constraint first. Advanced Counting Techniques The Slot Method: Instead of relying solely on $nPr$ or $nCr$, draw slots. This prevents over-counting and helps you visualize where constraints (like "these two must be together") apply. The Gap Method: When items must not be together, place the non-restricted items first and then place the restricted items in the "gaps" between them. String Method (Tie-together): When items must be together, treat them as a single entity (a …
9. Mock Tests and Performance Analysis
The "Score Plateau" Trap Imagine this: You’ve spent months mastering the Advanced QA Topics and Advanced Techniques for DILR. You can solve almost any individual problem when given unlimited time. You enter your first full-length mock test feeling confident. Two hours later, you finish the test feeling exhausted, only to find your score is 40% lower than you expected. You didn't fail because you lacked knowledge; you failed because you lacked exam temperament. The gap between "knowing the material" and "scoring in the CAT" is bridged by one thing: the Mock Test. A mock is not a test of your intelligence; it is a laboratory where you experiment with your strategy, stress levels, and time management. Simulating the Arena: The Gold Standard of Mock Taking To get an accurate reading of your performance, your mock environment must be a mirror image of the actual CAT experience. If you take a mock while lounging on a sofa with music in the background, you are lying to yourself about your readiness. The Environmental Setup Hardware: Use a laptop or desktop with a mouse. Do not use a tablet or a smartphone. The CAT interface is designed for a screen and mouse; getting used to the navigation is part of the training. The "No-Distraction" Zone: Inform your family or roommates. Turn off your phone. Use a room where you won't be interrupted for a solid three hours. The Timing: Schedule your mock during the actual time slots of the CAT (Morning, Afternoon, or Evening). Your brain needs to be conditioned to peak in cognitive performance during those specific hours. The Psychological Simulation Strictly adhere to the three 40-minute slots. Even if you finish a section early, do not jump to the next one. Spend the remaining minutes reviewing your answers within that section. The mental fatigue that sets in during the second and third sections is a critical variable; if you take breaks between sections during practice, you will be blindsided by the "exhaustion dip" during the actual exam. The Anatomy of a Post-Mock Analysis Taking the test is only 30% of the work. The remaining 70% happens during the analysis. Most students make the mistake of looking at their percentile, feeling a surge of emotion (joy or despair), and then moving on. This is a wasted opportunity. A professional analysis divides every question you attempted (or skipped) into four distinct categories: 1. The "Confident Corrects" These are questions you solved quickly and correctly. Goal: Maintain this. Analysis: Check if there was a faster way to solve it. Even if you got it right, did you spend 4 minutes on a question that could be solved in 90 seconds using a shortcut from …
10. Final Revision and Exam Strategies
The "Panic Pivot": A Scenario in Time Management Imagine you are thirty minutes into the CAT exam. You’ve just spent eight minutes on a single DILR set that looked promising, only to realize you made a fundamental calculation error in the first step. You’ve wasted precious time, your heart rate is spiking, and you can feel the "panic pivot" beginning—the urge to rush through the remaining questions just to "finish" the section. This is where the exam is actually won or lost. Most candidates possess the technical knowledge covered in Quantitative Aptitude (QA) Basics and Advanced Techniques for DILR, but they fail because they cannot manage their psychological state and their clock simultaneously. The final stretch of your preparation isn't about learning new formulas; it is about hardening your decision-making process under pressure. The High-Impact Revision Framework At this stage, attempting to solve new, complex problems is counterproductive. Your goal is to move from learning to retrieval. The Formula and Concept Audit Instead of re-reading textbooks, use a Blank Sheet Audit. Take a blank piece of paper and, from memory, map out every major formula and concept from the QA and DILR modules. QA Focus: List the shortcuts for Arithmetic, the properties of Number Systems, and the core identities of Geometry and Algebra. If you struggle to recall a specific formula, mark it with a red pen; this is your "danger zone" for the next 48 hours. VARC Focus: Review your personal "Error Log" from the Mock Tests and Performance Analysis chapter. Identify the specific patterns where you consistently fail—do you struggle with "Inference" questions or "Main Idea" summaries? Review the logic of the correct answers rather than the passages themselves. DILR Focus: Review the types of sets you encountered (e.g., Games and Tournaments, Venn Diagrams, Caselets). Remind yourself of the "entry point" for each—the specific clue that usually unlocks the rest of the puzzle. The 80/20 Revision Rule Focus 80% of your remaining energy on the 20% of topics that yield the highest marks. 1. Arithmetic (QA): High weightage and generally more intuitive. Ensure your speed here is flawless. 2. Reading Comprehension (VARC): The bulk of the marks. Practice two "maintenance" passages a day to keep your reading stamina high. 3. Logical Selection (DILR): Since you cannot solve every set, revise your criteria for "Set Selection" (discussed in Advanced Techniques for DILR) to ensure you don't pick a "trap" set. Tactical Exam Day Strategy The CAT is not a test of how much you know, but a test of how many marks you can harvest in 180 minutes. Sectional Order and Mindset While the exam sequence is fixed (VARC $\rightarrow$ DILR $\rightarrow$ QA), your internal approach to each 40-minute …
Continue learning
- GMAT Exam Preparation Guide: Complete Study RoadmapGMAT Exam Preparation Guide: Complete Study Roadmap — a free intermediate-level guide covering how to prepare for the gmat exam. Learn with clear...
- NEET Biology Preparation Strategy for BeginnersNEET Biology Preparation Strategy for Beginners — a free intermediate-level guide covering neet biology preparation strategy for beginners. Learn with...
- SSC CGL Preparation Complete Guide for Beginners: Step-by-Step RoadmapSSC CGL Preparation Complete Guide for Beginners: Step-by-Step Roadmap — a free beginner-level guide covering ssc cgl preparation complete guide for...
- How to Crack SBI PO Exam from Scratch: A Complete GuideHow to Crack SBI PO Exam from Scratch: A Complete Guide — a free beginner-level guide covering how to crack sbi po exam from scratch. Learn with clear...