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Introduction

Reasoning questions, whether verbal reasoning or non-verbal, logical reasoning, or analytical reasoning play a key role in the competitive exams in India and worldwide. These questions help schools and colleges in analysing candidates' analytical skills, problem-solving skills, critical thinking skills, calculation proficiency, and the ability to connect different elements. 

Usually, reasoning and verbal ability sections are found in the preliminary test or in the initial stages of exams. They serve as a mechanism for further selection rounds, including personal interviews. Continue to read the blog to explore the various categories of logic reasoning questions commonly asked in competitive exams.

Type of Reasoning Questions

To evaluate a candidate’s cognitive abilities in competitive exams, reasoning ability questions are crucial. The Reasoning section can be broadly categorized into two significant types: Logical Reasoning and Analytical Reasoning. For effective exam preparation, understanding Logical and Analytical reasoning questions is important. It enables candidates to enhance skills in both logical and analytical thinking. 

Analytical Reasoning

Analytical reasoning questions emphasize the ability to analyze and interpret data, often requiring candidates to solve complex problems by breaking them down into simpler parts. This type of reasoning assesses critical thinking and the ability to connect different elements.

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The topics for Analytical Reasoning include Seating Arrangement, Blood Relations, Direction Sense Test, Complex Arrangement, Simple & Coded Inequality, Conditions & Grouping, Ranking & Time Sequence Test, etc. 

Logical Reasoning

Logical reasoning section requires a critical level of thinking to reach the correct conclusion. It involves evaluating arguments, identifying patterns, and drawing conclusions based on the given information.

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Under logical reasoning, the topics covered are Statements & Assumption, Syllogism, Puzzles, Constraint-Based Reasoning, Proposition Testing, Course of Action, Assertion and Reason, Input Output Relations, Conclusion Estimation from Passages, Cause and Effect Reasoning, Theme Detection etc.

Further, Logical Reasoning ability is divided into Verbal and Non-verbal Reasoning.

Divisions of Logical Reasoning

Verbal Reasoning: Analogy, Series Completion, Blood Relations, Venn Diagrams, Sequential Output Tracing, Ranking & Time Sequence Test, Alphabet Test, Logical Sequence of Words, Inserting the Missing Character, Data Sufficiency, Arithmetical Reasoning Questions, Coding-Decoding, Puzzle Test, Eligibility Test, Situation Reaction Test, Assertion & Reason, etc.

Non-Verbal Reasoning: Mirror Images, Reverse Images, Spotting Embedded Figures, Figure Matrix, Paper Folding, Cubes & Dice, Construction of Squares & Triangles, Grouping of Identical Figures, Paper Cutting, Rule Detection, Dot Situation, Figure Formation & Analysis, Series, Classification, Analogy etc.

Common Types of Reasoning Questions in Exams

We have provided some of the major types of logic reasoning ability questions and you can also rely on general aptitude books that gives you a conceptual clarity. These are the most commonly asked in different competitive exams. Check below: 

Type 1: Coding-Decoding

Type 2: Seating Arrangement

Type 3: Alphanumeric Series

Type 4: Puzzle Test

Type 5: Logical Reasoning

Type 6: Blood Relations

Type 7: Ranking or Direction Test

Type 8: Data Sufficiency Test

Type 9: Syllogism Questions

How to Solve the Logical Reasoning Questions?

Some of the methods to solve Logical Reasoning Questions are: 

First, read the question carefully and comprehend it.

Analyze the important data provided. 

Consider if there are any alternatives. 

Compare the result with the other options to reach a proper logical conclusion.  

[Note: One of the most important skills to crack such types of questions is critical thinking ability. With practice, your analytical skills will improve.]

Why Students Struggle with Reasoning

Reasoning looks simple on the surface, but many students find it difficult under exam pressure. The issue usually isn’t intelligence; it’s approach, practice style, and how the brain handles patterns in a limited time.

• Many students try to “understand everything” rather than spot patterns.

A common mistake is overthinking. Reasoning questions are designed to test patterns, not deep logic, every time. Studies show that nearly 65–75% of errors result from over-analysis, in which students spend too much time trying to understand rather than quickly identifying patterns fully.

• Lack of consistent practice slows down thinking speed.

Reasoning is a skill that improves with repetition. Without regular practice, the brain takes longer to recognize patterns. Students who practice daily can improve their solving speed by 25–30%, while irregular practice leads to hesitation and slower responses.

• Poor time management creates pressure and mistakes.

Many students spend too much time on one question and rush through the rest. In timed exams, this leads to avoidable errors. On average, students lose 15–20% of marks due to poor time allocation rather than a lack of knowledge.

• Weak basics make advanced questions harder.

Topics like series, coding-decoding, and syllogisms follow fixed concepts. If the basics are unclear, even simple questions can feel confusing. Around 60% of students struggle because they skip foundational practice and jump to complex problems.

• Panic and exam stress affect logical thinking.

Reasoning requires a calm mind. Under pressure, students tend to second-guess themselves or make simple mistakes. Research suggests that stress can reduce problem-solving efficiency by up to 20%, especially in time-based tests.

• Trying to solve everything mentally leads to confusion.

For puzzles and arrangements, not writing things down creates unnecessary confusion. Students who rely solely on mental calculation often take longer and make more errors than those who use structured notes.

Tricks to Solve Quick Reasoning Questions

Reasoning questions are less about knowledge and more about how fast you can spot patterns. The real advantage comes from the approach, not the effort. If you train your thinking style, you can solve most questions much faster without overcomplicating them.

• Focus on patterns instead of overthinking the logic.

Most reasoning questions follow a pattern, whether it’s numbers, letters, or shapes. Instead of trying to “understand everything,” look for repetition or change. In timed tests, around 70–80% of questions are pattern-based, so spotting the pattern early saves time.

• Start with easy questions to build speed and confidence.

Don’t get stuck on the first question you see. Scan the section and pick the easiest ones first. This helps you build momentum and saves time for harder questions later. Many toppers attempt 60–70% of easy questions first before returning to tricky ones.

• Use elimination instead of solving fully.

You don’t always need the exact answer. In many cases, you can quickly remove incorrect options and narrow them down. This technique can cut solving time by 30–40%, especially in coding-decoding, series, and analogy questions.

• Break complex problems into smaller steps.

For puzzles or seating arrangements, trying to solve everything at once wastes time. Write down key points and solve step by step. Candidates who structure their approach often solve puzzles 2x faster than those who try to solve them mentally.

• Practice common question types repeatedly.

Reasoning has repeated formats like syllogisms, series, blood relations, and directions. Once you practice them enough, you start recognizing patterns instantly. Regular practice can improve speed by 20–30% within a few weeks.

• Avoid spending too much time on one question.

Time management is critical. If a question takes too long, skip it and come back later. Spending more than 1–2 minutes on a single question can affect your overall score in competitive exams.

Topic-Wise Preparation Strategy

Preparing for reasoning becomes much easier when you break it down by topic instead of studying everything together. Each topic follows a pattern, and once you understand that pattern, your speed improves naturally.

• Series questions require pattern recognition and quick observation.

Number and letter series are among the most common questions. Nearly 20–25% of reasoning sections include series-based problems. Focus on common patterns like differences, ratios, squares, and alphabet positions. With regular practice, you can solve most of these within seconds.

• Coding-decoding becomes easier with repeated exposure.

Coding-decoding questions follow fixed logic patterns such as letter shifts, number conversions, or symbol replacements. Around 10–15% of questions come from this topic. The more variations you practice, the faster you recognize the pattern without solving step by step.

• Syllogism needs clarity of concept more than speed.

Syllogism questions are logic-based and often appear in almost every exam. They usually make up 5–10% of the section. Focus on understanding the basic rules and using simple techniques, such as Venn diagrams, to avoid confusion and reduce errors.

• Blood relations require careful reading and step-by-step thinking.

These questions test how well you understand relationships. Students often make mistakes by rushing. They usually account for 5–8% of questions. Writing relationships down clearly helps avoid confusion and improve accuracy.

• Direction and distance questions are scoring with practice.

Direction-based problems are straightforward once you understand basic concepts like left, right, and turns. They appear in about 5% of exams and can be solved quickly using diagrams rather than mental calculations.

• Seating arrangement and puzzles need structured practice.

Puzzles and seating arrangements carry high weightage, often 20–30% of the section. These are time-consuming but score well if practiced well. The key is to break the problem into steps and note down information instead of solving mentally.

• Analogy and classification rely on quick comparisons.

These questions are usually simple and take less time. They test your ability to identify similarities or differences. With practice, they can be solved in under 30 seconds, making them ideal for boosting your overall score.

Sample of Reasoning Questions With Answers

Logical Reasoning Questions

1. In a family, there is are husband-wife, two sons and two daughters. All the ladies were invited to a dinner. Both sons went out to play. The husband did not return from the office. Who was at home?

A. Only wife was at home

B. Nobody was at home

C. Only sons were at home

D. All ladies were at home 

(Answer: B) 

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2. In Arun’s opinion, his weight is greater than 65 kg but less than 72 kg. His brother doesn’t agree with Arun, and he thinks that Arun’s weight is greater than 60 kg but less than 70 kg. His mother’s view is that his weight cannot be greater than 68 kg. If all are them are correct in their estimation, what is the average of different probable weights of Arun?

A. 67 kg

B. 68 kg

C. 69 kg

D. Data inadequate

(Answer: A)

Blood Relations Reasoning Questions

3. If ‘X $ Y’ means ‘X is father of Y’; ‘X # Y’ means ‘X is mother of Y’; ‘X × Y’ means ‘X is sister of Y’, then how is D related to N in N # A $ B × D?

A. Nephew

B. Grandson

C. Granddaughter

D. Cannot be Determined

(Answer: D)

4. Pointing to a photograph, a man said, “I have no brother or sister but that man’s father is my father’s son.” Whose photograph was it? 

A. His own

B. His Son

C. His Father

D. His Grandfather 

(Answer: C)

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Coding- Decoding Reasoning Questions

5. If in a certain language, MADRAS is coded as NBESBT, how is BOMBAY coded in that code?

A. CPNCBX

B. CPNCBZ

C. CPOCBZ

D. CQOCBZ 

(Answer: B)

6. In a code language, if POSE is coded as OQNPRTDF, then the word TYPE will be coded as 

A. SUXZOQFD

B. SUXZQOFD

C. SUXZOQDF

D. SUXZQODE

(Answer: C)

Puzzle Test

7. Four usual dice are thrown on the ground. The total of numbers on the top faces of these four dice is 13, as the top faces showed 4, 3, 1 and 5, respectively. What is the total of the faces touching the ground?

A. 12

B. 13

C. 15

D. Cannot be determined 

(Answer: C) 

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Direction Test

8. I am facing East. Turning to the right, I go 20 m, then turning to the left, I go 20 m and turning to the right, I go 20 m, then again turning to the right, I go 40 m, and then again, I go 40 m to the right. In which direction am I from my original position? 

A. North

B. West

C. South

D. East

(Answer: B)

9. A river flows west to east and, on the way, turns left and goes in a semi-circle around a hillock and then turns left at right angles. In which direction is the river finally flowing? 

A. West

B. East

C. North

D. South

(Answer: B) 

Seating Arrangement Reasoning Questions

10. A, B, C, D, E, and F are sitting in a row. E and F are in the center. A and B are at the ends. C is sitting to the left of A. Who is to the right of B?

A. D

B. C

C. A

D. F

(Answer:  B) 

11. Q, R, S, and T are sitting on a bench. P is sitting next to Q, R is sitting next to S, and S is not sitting with T, who is on the left end of the bench. R is in the second position from the right. P is to the right of Q, and T. P and R are sitting together. In which position P is sitting?

A. Between Q and S

B. Between Q and R

C. Between T and S

D. Between R and T

(Answer: B)

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Alphanumeric Series

12. Find the missing element in the series given below:

ABD EFH IJL MNP QRT? 

A. ZXA

B. WXY

C. XYZ

D. UVX

(Answer: D) 

13. Find the missing element in the series given below:

ACE ? MOQ …..SUW 

A. EFH

B. GIL

C. GIK

D. GIM

(Answer: C)

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Syllogism Reasoning Questions

There will be 3 statements that will be given in the questions mentioned below, followed by conclusions: I, II, III, IV. You must accept the provided claims as true, even if they appear to contradict generally known truths. Read the conclusions and then evaluate which of the supplied conclusions logically follows from the given assertions, considering widely known facts.

14. Statements: Some dogs are rats. All cats are chairs. All rats are cats. Conclusion:

I: Some dogs are cats

II: All cats are rats

III: All chairs are dogs

IV: All cats are dogs

A. Only I & II follow

B. Only II follows

C. Only I & IV follow

D. None of these 

(Answer: D)

15. Statements: Some ships are boats. All boats are submarines. Some submarines are watches. Conclusion: 

I. Some watches are boats.

II: Some submarines are boats.

III: Some submarines are ships.

IV: Some watches are ships.

 A. All follow

B. Only II and III follow

C. Only III follows

D. Only IV follow 

(Answer: B)

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Time Management Strategy

Time management in reasoning is not about rushing; it’s about deciding where to spend time and where not to. Most students lose marks not because they don’t know the answers, but because they don’t manage their time properly during the test.

1. Divide your time based on question difficulty

Instead of giving equal time to every question, prioritize smartly. Easy questions should take 20–30 seconds, while moderate ones may take around a minute. Difficult questions should only be attempted if time allows; they reduce your overall score.

2. Follow the 2-round approach

In the first round, solve only easy and direct questions. This usually covers 60–70% of the paper. In the second round, return to moderate or tricky ones. This method helps you secure marks early without pressure.

3. Set a strict time limit per question

Avoid spending more than 1 minute on any single question in the first attempt. If you can’t solve it quickly, move on. Staying stuck on one question is one of the biggest reasons students lose 10–15% of their total marks.

4. Start with scoring topics

Begin with topics like series, analogy, or coding-decoding, as they are quicker to solve. Puzzles and seating arrangements should be attempted later since they are time-consuming but carry higher marks.

5. Keep track of time without overchecking

Checking the timer too often can break your focus. Instead, glance at it after every few questions. This helps you stay on track without creating unnecessary pressure.

6. Practice with a timer regularly

Time management improves only with practice. Solving mock tests under real exam conditions can improve your speed by 20–25% and help you develop a natural rhythm.

Mistakes That Lower Scores

In reasoning, most score drops don’t happen because questions are too difficult. They happen because of small, avoidable mistakes. Recognizing these patterns early can make a noticeable difference in your overall performance.

1. Spending too much time on one question

Many students get stuck trying to solve a single tough question. This often leads to missing multiple easier ones. On average, this habit can cost around 10–15% of total marks, especially in time-based exams where every minute matters.

2. Overthinking simple questions

Reasoning questions are usually pattern-based, but students often try to analyze them too deeply. Studies suggest that nearly 65–70% of reasoning errors stem from overthinking rather than from a lack of knowledge.

3. Ignoring easy questions in the beginning

Jumping straight into complex puzzles can slow you down early in the exam. Easy questions make up about 50–60% of most reasoning sections, and missing them reduces your chances of building a strong base score.

4. Not following a clear solving strategy

Randomly attempting questions without a plan leads to confusion and wasted time. Students who follow a structured approach, like solving in rounds, tend to score 20% higher than those who don’t.

5. Trying to solve everything mentally

For puzzles, seating arrangements, or blood relations, not writing things down leads to mistakes. Students who rely solely on mental calculations are more likely to make errors and take longer to solve.

6. Poor time awareness during the test

Many students lose track of time and rush in the final minutes. This results in careless mistakes. Around 15–20% of errors happen due to last-minute pressure rather than actual difficulty.

7. Lack of regular practice

Reasoning improves with repetition. Without consistent practice, speed and accuracy drop. Students who practice regularly can improve performance by 25–30%, while irregular practice leads to slower problem-solving.

Tools and Apps for Practice

Using the right apps can make your reasoning preparation more focused and consistent. Instead of solving random questions, these tools help you practice by topic, track your progress, and improve your speed over time.

1. Practice apps help you build topic-wise clarity

Most reasoning apps are designed to cover topics such as series, coding, puzzles, and syllogisms separately. This helps you focus on one area at a time instead of mixing everything. Students who follow topic-wise practice often improve accuracy by 20–25%.

2. Mock test platforms simulate real exam pressure

Apps with timed mock tests are useful because they recreate exam conditions. You learn how to manage time, handle pressure, and avoid rushing. Regular mock practice can improve overall speed by 25–30%, especially in reasoning sections.

3. Apps with performance tracking highlight weak areas

Many tools show your accuracy, the time you take, and your strengths and weaknesses. This makes your preparation more targeted. Instead of guessing what to improve, you get clear data to work on, which helps reduce mistakes over time.

4. Brain training apps improve logical thinking indirectly

Some apps use short games to improve memory, focus, and pattern recognition. While they are not exam-specific, they help sharpen thinking speed. Even 10–15 minutes daily can improve concentration and decision-making.

5. Offline apps support consistent daily practice

Offline apps are useful for practicing without distractions. They usually include large question sets and simple interfaces, making it easier to stay consistent even without internet access.

Frequently Asked Questions

1. What is reasoning in competitive exams?

Reasoning tests a candidate’s logical thinking, problem-solving ability, and analytical skills. It evaluates how quickly and accurately you can understand patterns, relationships, and situations. Reasoning is a core section in most competitive exams.

2. Which competitive exams include reasoning questions?

Reasoning questions appear in banking, SSC, railway, defense, insurance, and entrance exams. Exams like banking and SSC often allocate 20–35 percent of the paper to reasoning. It is considered a scoring section when practiced well.

3. What are the main types of reasoning questions asked?

The main types include verbal reasoning, non-verbal reasoning, and logical reasoning. Each type focuses on different skills such as language-based logic, visual patterns, and analytical thinking. Most exams include a mix of all three.

4. What are common verbal reasoning question types?

Verbal reasoning includes questions like syllogisms, coding-decoding, blood relations, direction sense, and seating arrangements. These questions rely on understanding statements and drawing logical conclusions. Verbal reasoning forms a major portion of many exams.

5. What are non-verbal reasoning questions?

Non-verbal reasoning questions are based on figures, images, and patterns instead of words. Common types include series completion, mirror images, paper folding, and figure classification. These questions test visual observation and pattern recognition.

6. What is logical reasoning in competitive exams?

Logical reasoning focuses on decision-making, assumptions, conclusions, and cause-effect relationships. It tests how logically you can evaluate given information. This section is common in management and higher-level entrance exams.

7. Why are seating arrangement questions important?

Seating arrangement questions test analytical thinking and patience. They often carry higher marks and appear frequently in banking and SSC exams. Mastering them can significantly improve overall reasoning scores.

8. Are puzzles part of reasoning sections?

Yes, puzzles are a key part of reasoning sections, especially in banking exams. They include floor-based, box-based, and scheduling puzzles. Puzzles often combine multiple reasoning concepts in one question set.

9. How difficult are reasoning questions in competitive exams?

Difficulty varies depending on the exam level and post applied for. Preliminary exams usually have easier reasoning questions than main or advanced exams. Regular practice helps manage difficulty effectively.

10. How much time should be allocated to reasoning preparation?

Reasoning preparation should be consistent rather than rushed. Daily practice of 30–45 minutes is effective for most aspirants. Timed practice improves both speed and accuracy.

11. What are common mistakes students make in reasoning sections?

Common mistakes include misreading questions and making assumptions without logic. Many students also spend too much time on a single question. Skipping difficult questions initially helps manage time better.

12. How can candidates improve accuracy in reasoning questions?

Accuracy improves through concept clarity and regular practice. Solving previous years’ questions helps understand exam patterns. Mock tests also train the mind to handle pressure and time limits.