
MAT 2026 Preparation Guide for Intelligence and Critical Reasoning: Intelligence and Critical Reasoning is a crucial section in the MAT exam, assessing a candidate’s ability to analyze situations, conclude, and solve problems. Comprising 30 questions, it plays a significant role in determining the overall score. To excel in this section, a strategic approach is necessary.
The MAT 2026 preparation guide emphasizes strengthening logical reasoning, problem-solving, and analytical thinking. Regular practice with various types of reasoning questions, such as analogies, series, and statements, is essential. Mock tests and time management also play a key role in improving performance and boosting confidence for this critical section of the exam.
To do well in the MAT Intelligence and Critical Reasoning 2026 section, follow specific preparation and solving strategies.
Effective preparation involves understanding the exam structure and consistent practice.
Understand Question Types: Familiarise with reasoning categories. These include puzzles, series, assumptions, and syllogisms. Reviewing previous year papers shows topic trends.
Start Early with Mocks: Once basics are clear, take sectional tests and full MAT mock papers. Regular practice builds confidence. It also helps manage exam pressure.
Sharpen Analytical Skills Daily: Engage with daily puzzles, Sudoku, and crosswords. These activities improve quick problem-solving ability.
Avoid Guesswork: The MAT exam has negative marking. Random attempts can lower your score. Practice enough to quickly identify solvable questions. Leave uncertain ones. This is a crucial MAT reasoning preparation tips.
Efficient solving techniques can save time and improve accuracy during the exam.
Break Down Puzzles: For arrangement or scheduling questions, write down all conditions step by step. This simplifies complex problems.
Use Elimination Method: If unsure of the correct answer, try discarding the wrong options. This narrows down choices, often leaving two options.
Use Diagrams and Charts: For blood relations, flow-based puzzles, and seating problems, draw small diagrams. Visual aids make these problems much easier.
Check Logical Flow in Critical Reasoning: Read arguments carefully. Validate assumptions by asking if the conclusion logically follows. Do not try to memorise. This improves MAT ICR section preparation.
The Intelligence and Critical Reasoning section of the MAT exam is crucial. It contains 30 questions out of 150 total. Each correct answer gives 1 mark. There is a negative marking of 0.25 for each wrong attempt. Aspirants must focus on speed and accuracy. This section measures logical and analytical skills.
This section covers various reasoning-based topics. Understanding each type is key to effective MAT Intelligence and Critical Reasoning preparation.
Logical Puzzles: These problems involve arranging data to find a solution. They require careful reading and deduction.
Seating Arrangements: Questions based on people or objects arranged in a line, circle, or rectangle. Visual diagrams help solve these.
Syllogisms (Statements & Conclusions): These involve drawing logical conclusions from given statements. Venn diagrams or rules of logic are useful here.
Blood Relations: Problems that define relationships between family members. Creating a family tree simplifies these.
Coding-Decoding: These involve identifying patterns in coded messages. Applying the reverse pattern helps decode.
Critical Reasoning and Assumptions: Questions that ask candidates to analyze arguments, identify assumptions, or evaluate conclusions. Focus on the logical flow.
Series and Pattern Completion: Finding the next term in a sequence of numbers, letters, or figures. Look for underlying mathematical or alphabetical rules.
Direction Sense: Problems involving movement in different directions. Drawing paths can clarify positions.
Age Problems: Questions that require calculating ages based on given conditions. Forming equations helps solve these.
Input-Output (Machine Input): These involve a machine that processes an input of words and numbers through steps. Identify the logic applied in each step.
