Watch comprehensive demo videos from our CAT preparation courses by IIM Ahmedabad alumni
Introduction to the Arithmetic course covering the roadmap and key concepts.
Introduction to percentages and their applications in competitive exams.
Core percentage concepts and fundamental operations.
Quick conversion techniques for common percentages.
How to calculate percentages from given values efficiently.
Calculate actual values from percentage data.
Using multiplying factors for quick percentage calculations.
Handling multiple successive percentage changes.
Percentage problems involving addition and removal scenarios.
Percentage problems related to voting and elections.
Exam-based percentage problems and passing marks.
Introduction to profit, loss and discount concepts.
Core concepts of profit, loss, cost price and selling price.
The PLD triangle method for quick problem solving.
Practice problems on profit, loss and discount.
Calculating effective discount from multiple discounts.
Problems involving dishonest dealers and faulty weights.
Overview of ratios, proportions and variations.
Core concepts of ratios and proportions.
Different types of ratios and their applications.
Understanding direct, inverse and compound proportions.
Efficient techniques for solving ratio problems.
Practice problems on ratios and proportions.
Introduction to partnership problems.
Solving partnership problems with examples.
Introduction to variations in mathematics.
Understanding and solving direct variation problems.
Understanding and solving inverse variation problems.
Combined direct and inverse variation problems.
Introduction to Simple and Compound Interest.
Understanding and calculating simple interest.
Understanding and calculating compound interest.
Understanding the difference between SI and CI amounts.
How interest depends on rate and time period.
Special cases and scenarios in SI/CI problems.
Practice problems on simple and compound interest.
Understanding loan calculations and EMI/installments.
Master quantitative aptitude fundamentals with speed and accuracy techniques. Learn time-saving shortcuts and problem-solving strategies.
Learn logical reasoning and data interpretation fundamentals. Master set selection and time management for LRDI section.
Overview of the course structure, expectations, and how to get the most out of the sessions.
Algebra foundations for QA: expressions, equations and core techniques.
Continuing algebra with problem-solving and advanced techniques.
Advanced algebra problem-solving and exam-oriented techniques.
Arithmetic Mean – Geometric Mean inequality and problem applications.
Continuation in the Algebra series with problem practice.
Arrangements and distribution problems in DILR with strategies and practice.
Intensive algebra session covering multiple problem types and strategies.
Percentages and profit-loss fundamentals with shortcut techniques and practice.
Profit-Loss and SI/CI problem-solving with step-by-step methods.
Continuing arithmetic topics with problem-solving practice.
Open doubt-solving session for enrolled students.
Understanding ratio variation with examples and applications.
Averages, weighted averages, mixture problems and alligation method.
Core TSD concepts including relative speed, trains, boats and races.
Open doubt-solving session for enrolled students.
Relative speed in streams and race problems with efficient methods.
Work-rate problems, pipes-cisterns, and advanced time-work strategies.
Extended arithmetic practice session covering multiple topics.
Binary logic problems in LRDI with systematic solving strategies.
Strategy session for VARC: approach, pacing, and question selection.
Continuation of VARC strategy: reading, accuracy, and selection.
Logical Reasoning sets practice and strategies.
2D and 3D mensuration formulas, shortcuts, and problem-solving.
Geometry basics: lines, angles, and triangle properties with examples.
Key theorems and problem-solving for circles and polygons.
Extended geometry practice covering lines, angles, circles, polygons and more.