Top 10 Free Logical, Deductive, and Inductive Reasoning Questions
Top Free Logical, Deductive, and Inductive Reasoning Questions
Looking to practice for job assessments or sharpen your problem-solving skills? Explore these top 10 free logical, deductive, and inductive reasoning questions with answers. These questions help you identify patterns, draw conclusions, and think critically—skills employers value in roles across tech, finance, law, and more. Start practicing now to boost your confidence and test performance.
Preparing for a job assessment? Mastering logical, deductive, and inductive reasoning is key to passing pre-employment tests. Below are 10 sample questions, grouped by test type, with explanations and answers—perfect for practice.
Logical Reasoning Questions
1. Which figure comes next in the sequence?
⬛⬜⬜ → ⬜⬛⬜ → ⬜⬜⬛ → ?
A.⬛⬜⬜
B.⬜⬛⬜
C.⬜⬜⬛
D.⬜⬜⬜
Answer: A
Explanation: The black square moves one step to the right in each frame and resets.
2. If all lions are animals, and some animals are fast, can we conclude some lions are fast?
A. Yes
B. No
C. Cannot be determined
D. All lions are fast
Answer: C
Explanation: We don’t know if lions are part of the fast animals.
3. Which word does not belong?
A. Circle
B. Triangle
C. Cube
D. Square
Answer: C
Explanation: Cube is a 3D shape, others are 2D.
Deductive Reasoning Questions
4. All engineers are logical. Maria is an engineer. Is Maria logical?
A. Yes
B. No
C. Not necessarily
D. Cannot determine
Answer: A
Explanation: Deductive conclusion from general to specific.
5. No cats are dogs. All dogs are mammals. Are cats mammals?
A. Yes
B. No
C. Maybe
D. Cannot be determined
Answer: D
Explanation: The information doesn’t mention cats’ classification.
6. If today is not Friday, then tomorrow is Saturday. Today is Friday. What can you conclude?
A. Tomorrow is Saturday
B. Today is not Friday
C. The condition is false
D. Cannot be determined
Answer: C
Explanation: The original condition doesn’t apply; it’s a false conditional.
Inductive Reasoning Questions
7. Sequence: 3, 6, 12, 24, ?
A. 36
B. 42
C. 48
D. 50
Answer: C
Explanation: Each number is multiplied by 2.
8. John takes the bus at 7 AM every weekday. What can you infer?
A. John enjoys buses
B. John works mornings
C. John is a student
D. John’s job starts at 7
Answer: B
Explanation: Based on behavior pattern—likely a morning job.
9. Which of the following best completes the pattern?
AA, AB, AC, AD, ?
A. AE
B. BC
C. AF
D. AD
Answer: A
Explanation: The second letter increases alphabetically.
10. Box A is heavier than Box B. Box C is lighter than Box A but heavier than Box B. Which box is the heaviest?
A. A
B. B
C. C
D. Cannot determine
Answer: A
Explanation: A > C > B.
Final Tips
Practice similar questions daily
Focus on understanding why an answer is correct
Use time limits to simulate real test conditions
Types of Reasoning Tests and Common Examples
| Reasoning Type | Description | Common Test Examples |
|---|---|---|
| Logical / Abstract Reasoning | Identify patterns, rules, and logical sequences using shapes or symbols | Thomas GIA, Raven’s Progressive Matrices, Aon Logical Inductive |
| Deductive Reasoning | Apply general rules or logic to specific problems and reach conclusions | SHL Deductive Reasoning Test, Watson-Glaser Critical Thinking Test |
| Inductive Reasoning | Detect trends, infer rules, and make generalizations from specific data | SHL Inductive Reasoning, Cubiks Logiks Abstract |
FAQ
Inductive tests require you to identify rules from patterns and make generalizations. Deductive tests give you rules, and you apply them to specific situations.
They can be challenging due to time pressure and unfamiliar question formats, but consistent practice can significantly improve performance.
Most inductive reasoning tests are 15 to 30 minutes long with 20 to 40 questions, depending on the provider.
Yes. Practicing with a variety of visual logic problems and reviewing explanations helps you recognize patterns more quickly.
Yes. These are trainable skills. The more patterns and logic puzzles you practice, the better your performance over time.
