Odd Figure Out Reasoning – Master Reasoning for Competitive Exams
Boost your understanding of odd figure out reasoning with proven strategies designed for competitive exams like SSC, UPSC, and Banking.
📚 Topic-Wise Practice Worksheets
Master Odd Figure Out with our structured practice materials
Each worksheet includes detailed solutions and explanations
Basic Shape Oddity Free
10 worksheets available
Basic Shape Oddity problems present five figures where four share the same geometric shape (e.g., all circles) and one has a different shape (e.g., a square). You must identify which figure does not match the common shape. These foundational problems test basic shape recognition and pattern identification skills.
Symmetry Property Oddity Free
10 worksheets available
Symmetry Property Oddity problems present five figures where four have symmetry (reflective or rotational) and one is asymmetric. You must identify which figure does not possess the symmetry property. These problems test understanding of geometric symmetry and visual perception of mirror images.
Element Count Oddity Free
10 worksheets available
Element Count Oddity problems present five figures where four have the same number of internal elements (dots, lines, small shapes) and one has a different count. You must count elements systematically to identify the outlier. These problems test attention to detail and quantitative comparison skills.
Curved Vs Straight Edges Free
10 worksheets available
Curved vs Straight Edges problems present five figures where four have one type of edge (curved or straight) and one has the opposite. You must identify which figure has a different edge type. These problems test understanding of geometric edge properties and shape classification.
Rotation Orientation Oddity Free
10 worksheets available
Rotation Orientation Oddity problems present five figures where four have the same orientation (pointing direction) and one is rotated differently (often 180° opposite). You must identify which figure has a different orientation. These problems test spatial visualization and angle perception.
Shading Pattern Oddity Free
10 worksheets available
Shading Pattern Oddity problems present five figures where four share the same fill pattern (solid, striped, dotted, or hatched) and one has a different pattern. You must identify which figure has a different internal shading. These problems test visual discrimination of patterns and attention to detail.
Internal Position Oddity Free
10 worksheets available
Internal Position Oddity problems present five figures where four have an internal element (dot, circle, or small shape) in the same position (e.g., top-left corner) and one has it in a different position (e.g., center). You must identify which figure has a differently placed internal element. These problems test spatial awareness and attention to element positioning.
Division Pattern Oddity Free
10 worksheets available
Division Pattern Oddity problems present five figures where four are divided into the same number of sections by internal lines, and one is divided into a different number of sections. You must count the number of divisions or sections to identify the outlier. These problems test counting skills and pattern recognition in divided figures.
Polygon Sides Property Free
10 worksheets available
Polygon Sides Property problems present five polygons where four have an even number of sides (4,6,8) and one has an odd number of sides (3,5,7), or vice versa. You must identify which polygon has a different side count parity. These problems test knowledge of polygon properties and parity classification.
Nested Shapes Relationship Free
10 worksheets available
Nested Shapes Relationship problems present five figures where four have the same nesting order (e.g., square outside, circle inside) and one has the reverse order (circle outside, square inside). You must identify which figure has a different nesting relationship. These problems test understanding of hierarchical spatial relationships and containment.
Angle Property Oddity Free
10 worksheets available
Angle Property Oddity problems present five polygons where four contain only acute angles (less than 90°) and/or right angles (exactly 90°), and one contains at least one obtuse angle (greater than 90°). You must identify which figure has an obtuse angle. These problems test understanding of angle classification and geometric properties.
Multi Property Complex Oddity Free
10 worksheets available
Multi-Property Complex Oddity problems present five figures that differ across multiple attributes simultaneously. The odd figure differs from the others in shape type, number of elements, AND shading pattern - all three properties. These advanced problems test comprehensive visual analysis and multi-attribute pattern recognition skills.
Open Vs Closed Shapes Free
10 worksheets available
Open vs Closed Shapes problems present five figures where four are closed shapes (continuous boundary enclosing area) and one is an open shape (boundary has a gap). You must identify which figure is open. These problems test understanding of boundary continuity and shape completeness.
Line Curve Combination Free
10 worksheets available
Line-Curve Combination problems present five figures where four contain both straight lines AND curves, and one contains only straight edges or only curved edges. You must identify which figure lacks the combination property. These advanced problems test comprehensive edge type analysis.
📖 Mixed Practice Worksheets
Comprehensive worksheets combining all problem types for Odd Figure Out
Perfect for exam simulation and revision
Each worksheet contains 20 mixed questions covering all problem types of Odd Figure Out, with detailed solutions and answer keys.
Odd Figure Out Reasoning
Odd Figure Out is a crucial non-verbal reasoning skill that tests your ability to identify patterns, recognize visual relationships, and spot the figure that doesn't belong in a given set. Mastering this topic is essential for competitive exams as it evaluates your logical thinking, observation skills, and problem-solving approach under time constraints.
In real-life scenarios, this skill helps in data analysis, problem diagnosis, and decision-making by identifying anomalies or exceptions. For competitive exams, it's a scoring section that can be mastered with systematic practice.
Key Exams Where Odd Figure Out is Asked:
- SSC CGL, CHSL, MTS, GD Constable
- UPSC CSAT (Civil Services Preliminary Exam)
- Banking Exams: IBPS PO/Clerk, SBI PO, RBI Grade B
- RRB NTPC, Group D, ALP Technician
- CAT, MAT, XAT (Management Entrance Exams)
- State PSCs: UPPSC, MPSC, TNPSC, WBCS
- Railway Recruitment Board Exams
- Defense Exams: CDS, AFCAT, CAPF
Scoring Potential:
Odd Figure Out questions typically carry 1-2 marks each and appear in sets of 3-5 questions per exam. With proper preparation, students can achieve 100% accuracy in this section, making it a high-yield topic for competitive exams.
Types of Odd Figure Out Problems
In this type, you need to identify the odd figure based on shape characteristics like number of sides, symmetry, or shape composition.
Solved Example 1:
Identify the odd one out:
Solution:
- 1. Analyze all figures: △ (triangle), □ (square), ○ (circle), ▽ (inverted triangle), ◇ (diamond)
- 2. Observe that all shapes except ○ have straight edges and vertices
- 3. The circle is the only shape without any straight edges or corners
- 4. Therefore, ○ is the odd one out
Solved Example 2:
Find the odd figure:
Solution:
- 1. Identify shapes: pentagon (5 sides), hexagon (6 sides), hexagon (6 sides), heptagon (7 sides), rectangle (4 sides)
- 2. Count sides: 5, 6, 6, 7, 4
- 3. The rectangle (▭) has only 4 sides while others have 5 or more
- 4. Therefore, ▭ is the odd one out
Identify the odd figure:
Solution:
- All figures except △ are complex shapes made of multiple lines
- △ is a simple triangle with minimal lines
- Therefore, △ is the odd one out
These questions involve identifying the figure that differs in its rotation angle or position compared to others in the set.
Solved Example 1:
Find the odd one out:
Solution:
- 1. Observe directions: right (▶), left (◀), up (▲), down (▼), right (▶)
- 2. Notice that ▶ appears twice while others appear once
- 3. However, all have unique directions except the duplicate ▶
- 4. The true odd one is ▲ because it's the only non-arrowhead (it's a triangle)
Identify the odd figure:
Solution:
- All figures except ▨ are right-angled triangles in different rotations
- ▨ is a rectangle, not a triangle
- Therefore, ▨ is the odd one out
These involve complex patterns where you must identify the figure that breaks the sequence or doesn't follow the established pattern.
Solved Example 1:
Find the odd one out:
Solution:
- 1. These are all circle variants with different quadrant shadings
- 2. ◐ (right half), ◑ (left half), ◒ (top half), ◓ (bottom half), ◔ (top right quadrant)
- 3. The first four are half-shaded while ◔ is only quarter-shaded
- 4. Therefore, ◔ is the odd one out
Identify the odd figure:
Solution:
- All figures except ▩ have exactly two horizontal and two vertical lines
- ▩ has additional diagonal lines making it more complex
- Therefore, ▩ is the odd one out
Step-by-Step Solving Techniques
1. Scan All Figures Thoroughly
Begin by carefully examining each figure in the set. Note initial similarities and differences.
- Count elements in each figure
- Note shapes, sizes, orientations
- Identify any numerical patterns
- Look for symmetry or asymmetry
Example: For a set of polygons, first count the number of sides of each shape before comparing.
2. Identify Common Patterns
Determine what most figures have in common - this reveals the underlying pattern.
- Check for shape consistency
- Look for rotation patterns
- Identify repeating elements
- Note shading or color patterns
Example: If 4/5 figures are quadrilaterals, the odd one likely has a different number of sides.
3. Process of Elimination
Systematically eliminate options that fit the established pattern to find the odd one.
- Eliminate figures matching the majority
- Compare remaining candidates
- Verify against all pattern aspects
- Confirm the true odd figure
Example: If 3 figures are triangles and 2 are squares, check which square differs more fundamentally.
4. Check Rotational Aspects
Many odd figure problems involve rotational patterns where one figure breaks the sequence.
- Note standard rotation angles (45°, 90°, 180°)
- Check clockwise vs counter-clockwise
- Identify reflection patterns
- Look for inversion differences
Example: If figures rotate 90° successively, the odd one may have incorrect rotation.
5. Compare Dimensions
Often the odd figure differs in size, proportion, or dimensional aspects.
- Compare relative sizes
- Check width-to-height ratios
- Note scaling patterns
- Identify perspective differences
Example: If most figures maintain consistent proportions, the odd one may be stretched or compressed.
6. Examine Internal Structures
Look beyond outer shapes to internal lines, divisions, and compositions.
- Count internal lines/divisions
- Note intersection points
- Check internal angles
- Identify nested elements
Example: If most figures are divided into 4 sections, the odd one may have 3 or 5 divisions.
Expert Tips & Tricks
💡 Speed & Time Management Hacks:
- Develop a consistent scanning pattern (left-to-right or clockwise) to avoid missing details.
- First eliminate obviously similar figures to narrow options quickly.
- For complex sets, focus on one characteristic at a time (shape, then size, then rotation).
- If stuck, move to next question and return later with fresh perspective.
- Practice with a timer to build speed without sacrificing accuracy.
⚠️ Avoid These Common Traps:
- Focusing only on the first obvious pattern - there may be multiple layers.
- Overlooking simple differences while searching for complex patterns.
- Assuming all differences are equally significant - prioritize fundamental variations.
- Changing your answer unless you find a clear mistake in your initial reasoning.
- Spending too much time on one question - learn to make educated guesses when stuck.
✅ Strategies for Success:
- Create a mental checklist of common pattern types to scan for systematically.
- Practice with previous year papers to understand exam-specific patterns.
- Develop your own shorthand for noting figure characteristics quickly.
- Review mistakes thoroughly to identify your personal weak areas.
- Combine logical analysis with visual intuition for best results.
🛑 Crucial Reminders:
- The odd figure must differ based on the same characteristic - don't mix criteria.
- Sometimes the odd one differs in multiple ways - find the most fundamental difference.
- In symmetrical sets, count lines of symmetry to identify exceptions.
- For counting patterns, verify your counts twice before concluding.
- When in doubt, choose the figure that differs in the most basic geometric property.
📚 Frequently Asked Questions About Odd Figure Out
Odd Figure Out is a type of non-verbal reasoning question where you must identify the figure that doesn't belong to a given set based on specific patterns or rules. It tests your ability to recognize visual patterns, analyze geometric properties, and spot exceptions.
This skill is crucial for competitive exams because:
- It evaluates logical thinking and observation skills
- Many exams include 3-5 such questions per paper
- With practice, these can be solved quickly for high accuracy
- It forms the basis for more complex visual reasoning questions
To master Odd Figure Out efficiently:
- Practice systematically: Start with simple shape-based questions before moving to complex patterns
- Develop a checklist: Create a mental list of characteristics to examine (shape, size, rotation, symmetry, etc.)
- Time yourself: Gradually reduce solving time to build exam-speed skills
- Analyze mistakes: Review errors to identify your weak areas (rotation patterns, counting errors, etc.)
- Use quality resources: Practice with authentic exam-level questions
- Take mock tests: Simulate exam conditions regularly
Odd Figure Out questions appear in nearly all major competitive exams in India, including:
- SSC Exams: CGL, CHSL, MTS, GD Constable
- Banking Exams: IBPS PO/Clerk, SBI PO, RBI Grade B
- Railway Exams: RRB NTPC, Group D, ALP Technician
- UPSC: CSAT (Civil Services Preliminary Exam)
- Management Entrance: CAT, MAT, XAT (usually in logical reasoning sections)
- State PSCs: UPPSC, MPSC, TNPSC, WBCS and others
Odd Figure Out is typically considered a moderate difficulty topic that can become challenging with complex patterns. Its difficulty depends on:
- Pattern complexity: Simple shape differences are easier than multi-layered patterns
- Time pressure: Under exam conditions, these questions can feel more difficult
- Individual aptitude: Some students naturally excel at visual reasoning
Common pitfalls to avoid:
- Overlooking subtle differences while searching for obvious ones
- Assuming all differences are equally significant
- Not verifying the odd figure against all pattern aspects
- Spending too much time on a single question
To truly master Odd Figure Out and maximize your exam scores:
- Build strong fundamentals: Thoroughly understand all pattern types (shape, rotation, symmetry, counting, etc.)
- Develop a systematic approach: Create and follow a step-by-step analysis method for every question
- Practice extensively: Solve hundreds of varied questions to build pattern recognition speed
- Analyze previous exams: Identify frequently tested pattern types in your target exams
- Time your practice: Gradually reduce solving time while maintaining accuracy
- Take full mocks: Regularly simulate exam conditions to build stamina and pressure-handling
- Review mistakes: Maintain an error log to identify and eliminate recurring mistakes
Sandeep Nehra
B.Tech (Mech) | MBA (HRM & IB) | Lead Developer & Reasoning Expert (16+ Yrs)
Sandeep is a Mechanical Engineer and dual MBA (HR & International Business) with over 16 years of experience as a Senior Web Architect and Tech Lead. Combining his engineering precision with deep behavioral insights, he founded ReasoningAbility.com to revolutionize competitive exam preparation. His unique methodology — blending logical structuring from engineering with psychological clarity from HRM — helps aspirants crack BITSAT, SSC, and Banking exams faster. His mission remains simple: provide high-quality, free practice resources that turn complex logic into accessible, high-speed solving techniques for students worldwide.