We’ve completed the foundational Verbal Ability and Verbal Reasoning series, then started Non-Verbal Reasoning with Series Problems. Today’s topic, Non-Verbal Analogy Problems, challenges your ability to recognize visual relationships and apply them to solve spatial puzzles. After training IBPS, SBI, SSC, and Railway aspirants for years, I’ve noticed that students approach non-verbal analogy by guessing visual similarity rather than understanding relationship logic. The real skill, which I want to share today, is understanding that non-verbal analogies follow the same relationship structure as verbal analogies, just expressed visually. Once you learn to identify the transformation or relationship between the first pair of figures, analyze what that relationship means, and apply it systematically to find the missing figure, non-verbal analogies become logical puzzles rather than visual guesswork. Let’s master this.

1. Understand the Structure of Non-Verbal Analogy Problems

Non-Verbal Analogy problems follow a consistent structure: “A is to B as C is to D,” where you’re given A, B, and C, and must identify D.

Basic structure:

Figure A (starting figure)
Figure B (transformed version of A)
Figure C (new starting figure)
Figure D (answer): Must show the same transformation applied to C

The relationship between A and B must equal the relationship between C and D.

Example structure: A (circle) is to B (filled circle) as C (square) is to D (filled square)

Relationship identified: Outline becomes filled
Apply to C: Square (outline) becomes filled square (answer)

Key insight: Your job is not to identify what D looks like, but to identify the transformation rule from A to B and apply it to C.

This structural understanding prevents random visual matching.

2. Identify the Transformation Between A and B

The foundation of solving non-verbal analogies is identifying exactly what changed from A to B.

Transformation categories:

Rotation: Figure rotated by a specific angle (45°, 90°, 180°, etc.)
Scaling/Size: Figure enlarged or reduced
Shading/Fill: Outline becomes filled or vice versa; shading intensity changes
Addition/Subtraction: Elements added to or removed from figure
Mirror/Reflection: Figure flipped horizontally, vertically, or diagonally
Distortion: Shape deformed or stretched in a specific way
Position Change: Figure moved to a new position (rotated around axis, shifted)
Property Change: Color, texture, or pattern changes
Complexity Change: Simple becomes complex or vice versa

Method to identify transformation:

Look at Figure A carefully
Look at Figure B carefully
Ask: “What changed?” (not “what’s similar,” but “what’s different?”)
Describe the change precisely

Example: A is a circle, B is a filled circle

Answer: The circle’s interior is filled (outline becomes solid)

Example: A is a triangle pointing up, B is a triangle pointing right

Answer: The triangle is rotated 90° clockwise

Precise identification of transformation prevents applying wrong rules.

3. Test Your Identified Transformation Against All Elements

Once you’ve identified a transformation, verify it applies to all parts of the figure.

Verification method:

Identify each distinct element in Figure A
Track what happened to each element in Figure B
Confirm the same transformation applies consistently to all elements
If any element doesn’t follow the rule, revise your identified transformation

Example: A shows two shapes (a circle and a triangle), B shows the same two shapes but rotated

Check: Is the circle rotated? Yes, by 45°
Check: Is the triangle rotated? Yes, also by 45°
Confirmed: Transformation is rotation by 45° to both elements

Example: A shows two concentric circles, B shows filled outer circle and outline inner circle

Check: Outer circle is filled? Yes
Check: Inner circle is outline? Yes
Check: Were both transformations applied consistently? Yes (outer filled, inner outline)
Confirmed: Transformation is differential filling

Comprehensive verification prevents partial rule identification.

4. Distinguish Between Rigid and Property Transformations

Some transformations change the shape’s physical position; others change its properties without moving it.

Rigid Transformations (change spatial position):

Rotation (figure spins around a center)
Reflection (figure flips across a line)
Translation (figure moves to a new location)
Scaling (figure grows or shrinks, keeping shape)

Property Transformations (change appearance without moving):

Shading/Fill changes
Color changes
Texture or pattern changes
Complexity changes (adding or removing interior details)

Example of rigid: A (square), B (square rotated 45°)

Transformation: Rotation is a rigid transformation
Apply to C (rectangle): Rectangle rotated 45° (same spatial transformation)

Example of property: A (outline square), B (filled square)

Transformation: Fill change is a property transformation
Apply to C (outline circle): Filled circle (same property transformation)

Distinguishing transformation types helps you apply them correctly to different shaped figures.

5. Apply the Identified Transformation to Figure C

Once you’ve clearly identified the transformation rule, apply it to Figure C to predict Figure D.

Application method:

Look at Figure C
Apply the exact same transformation you identified for A to B
Predict what Figure D should look like
Write or sketch the expected answer before looking at options

Example: Rule identified is “rotation by 90° clockwise”

Figure C is a triangle pointing up
Apply rule: Rotate triangle 90° clockwise
Expected answer: Triangle pointing right

Example: Rule identified is “fill the outline”

Figure C is an outline hexagon
Apply rule: Fill the hexagon (make it solid)
Expected answer: Filled hexagon

Applying the rule consistently to C ensures your answer is logical and defensible.

6. Account for Multiple Transformations in Complex Analogies

Some non-verbal analogies involve more than one transformation happening simultaneously.

Multiple transformation example: A to B involves both rotation AND filling

A: Outline triangle pointing up
B: Filled triangle pointing right
Transformations: (1) Rotation by 90° clockwise, (2) Filling outline
Apply to C: Outline hexagon pointing up
Expected answer D: Filled hexagon pointing right (both transformations applied)

Identifying all transformations:

List every change you see from A to B (shape, position, shading, size, etc.)
Determine which changes are essential to the rule
Apply all identified transformations to C

Multiple transformation example to identify:

A: Small outline square pointing level
B: Large filled square rotated 45°
Changes: (1) Size increased, (2) Outline filled, (3) Rotated 45°
Apply all three to C (small outline circle): Large filled circle rotated 45°

Identifying and applying all transformations prevents incomplete answers.

7. Recognize Common Transformation Patterns

Certain transformations appear frequently in exams. Recognizing them speeds up your problem-solving.

Common patterns:

Pattern 1: Rotation sequence

A to B: 45° rotation
C to D: Same 45° rotation
Frequency: Very common in non-verbal analogies

Pattern 2: Outline to fill progression

A to B: Outline becomes partially filled
C to D: Outline becomes partially filled
Frequency: Very common

Pattern 3: Size progression

A to B: Figure grows by specific factor
C to D: Same growth factor applied
Frequency: Common

Pattern 4: Element addition

A to B: One or more elements added
C to D: Same number and type of elements added
Frequency: Moderate

Pattern 5: Reflection/Mirror

A to B: Figure flipped horizontally or vertically
C to D: Same flip direction applied
Frequency: Moderate

Recognizing patterns from your practice library helps you identify transformations faster.

8. Avoid Common Traps and Distractor Figures

Trap options are designed to look plausible while breaking the analogy rule.

Common traps:

Trap 1: Partial transformation

You identify rotation, but the trap shows the right rotation with wrong shading
Solution: Apply all identified transformations, not just one

Trap 2: Reversed transformation

You identify 90° clockwise rotation, but trap shows 90° counter-clockwise
Solution: Pay attention to direction (clockwise vs counter-clockwise)

Trap 3: Different figure entirely

Trap shows a completely different shape that looks vaguely familiar
Solution: Confirm your expected answer matches the shape of C transformed

Trap 4: Similar but scaled differently

You identify the right transformation but wrong scale factor
Solution: Verify size consistency across the analogy

Strategy to avoid traps:

Articulate your identified transformation clearly
Predict your answer before looking at options
Test each option against your identified transformation rule
Select only the option that completely matches your predicted answer

Disciplined option evaluation prevents trap-falling.

9. Handle Position-Based and Spatial Relationship Analogies

Some analogies involve how figures are positioned relative to each other, not just individual figure changes.

Position-based analogy example:

A: Small circle inside large circle
B: Small circle outside large circle (to the right)
Transformation: Position change (inside to outside)
C: Small square inside large square
D: Small square outside large square (to the right)

Relationship analogy example:

A: Triangle and circle touching
B: Triangle and circle separated by distance
Transformation: Distance increase
C: Two squares touching
D: Two squares separated by distance

Identifying positional transformations:

Look at positions of all elements in A
Look at positions of all elements in B
Identify position changes (inside/outside, touching/separated, above/below, etc.)
Apply same position changes to C

Position-based analogies require tracking spatial relationships rather than just individual figure properties.

10. Time Management and Exam Strategy for Non-Verbal Analogies

Non-verbal analogy questions typically take 25-35 seconds if the transformation is straightforward. Moderately complex analogies with multiple transformations might take 45-60 seconds. Very complex position-based analogies might take up to 90 seconds.

Strategic approach: spend 10-15 seconds identifying the transformation from A to B. Spend 5-10 seconds applying the transformation to C and predicting the answer. Spend 10-15 seconds comparing your predicted answer to the options and selecting the match.

If transformation is not obvious after 45 seconds, make an educated guess based on the most common pattern (rotation or fill change) and move on. Over-analyzing one analogy wastes time on subsequent questions.

Key habit: during practice, write down or sketch your predicted answer before looking at options. This discipline forces you to identify the transformation clearly before external options influence you.

How OdTutor Strengthens This Skill

Non-Verbal Analogy Problems reward systematic transformation identification combined with consistent rule application, both developing fastest through guided practice with real exam examples. At OdTutor, our teachers help you master transformation recognition, build speed with visual rule application, and develop the logical reasoning that prevents trap-falling. With personalized feedback on whether your non-verbal analogy misses stem from incomplete transformation identification, inconsistent rule application, or trap-falling, our trainers help you solve these problems with confidence under exam pressure.

Quick Practice Quiz

Here’s a short interactive quiz to test these techniques. Five Non-Verbal Analogy questions mixing different transformation types and complexity levels.

Non-Verbal Analogy Problems — Practice Sheet

OdTutor
Non-Verbal Reasoning

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