Reasoning

Figure Matrix

50,000+ Questions

Previous Year Papers

Detailed Solutions

Hindi & English

HARD

Match the following logical reasoning techniques with their characteristic operational logic:

Technique	Primary Logic Description
A. Stick Figure Combination	1. Stacking filled portions of two figures to create the third
B. Line Transformation	2. Combining two basic figures to form a third
C. Shaded Box Logic	3. Adding lines to the middle of the first and keeping only new additions
D. Polygon Formation	4. Number of lines extending from a center point

Select the correct option from the following:

A-2, B-3, C-1, D-4

A-1, B-3, C-2, D-4

A-2, B-4, C-1, D-3

A-4, B-3, C-1, D-2

Explanation

🌟 Quick Verification

Direct Answer: A-2, B-3, C-1, D-4
Core Concept: Figure Combination Mechanisms represent how simple visual components are manipulated or merged to form complex sequences.

🧠 Concept Blueprint

Mechanism Logic:
- Stick Figure Combination (2): Involves basic addition of visual elements.
- Line Transformation (3): A progressive logic where only newly added lines are retained, filtering out the original figure.
- Shaded Box Logic (1): Uses binary/stacking logic (overlaying fills).
- Polygon Formation (4): Derives shape from geometric properties, such as lines radiating from a central vertex.

📊 Fact Spotlight

Figure Logic	Key Characteristic	Typical Application
Logical Matrices	Row/Column permutation	Matrix-style grid problems
Arrow Dynamics	Reversing/changing direction	Direction-based logic problems
Feature Counting	Difference in limbs/parts	Human-like figure comparison

💡 Exam Strategy & Trivia

Tip

Exam Trap: Don't confuse 'Line Transformation' (keeping new lines) with 'Combination' (keeping all lines). Check if the previous figure disappears or merges.

Memorable Trivia: These techniques are universal across non-verbal intelligence tests like those conducted by RPSC.

MEDIUM

Which of the following describes the correct logic for 'Logical Shape Combination Matrices'?

It involves calculating the difference between the number of heads and legs in a human figure.
Each row or column is often a permutation of a specific set of shapes.
The third figure is created by keeping only the newly added lines from the first figure.

Select the correct code:

Only 1

Only 2

1 and 2

2 and 3

Explanation

🌟 Quick Verification

Direct Answer: Only 2
Core Concept: Matrix-Based Reasoning relies on set-theoretic permutations within a grid structure.

🧠 Concept Blueprint

Matrix Permutation Logic:
- In a 3x3 or 2x2 grid, the set of shapes in a row or column often remains constant, simply rearranging (permutating) their positions to create the next step.
Why others are incorrect:
- Item 1 describes 'Human-like feature difference' logic, not 'Shape Combination Matrix' logic.
- Item 3 describes 'Line Transformation' logic, which is distinct from 'Matrix Permutation'.

📊 Fact Spotlight

Logic Type	Primary Method	Key Identifying Feature
Shape Permutation	Changing position of constant set	Grid rows/columns look similar
Arithmetic Logic	Counting features or limbs	Numerical values differ
Transformation	Modifying specific lines/parts	Line counts change

💡 Exam Strategy & Trivia

Tip

Common Pitfall: Do not assume that 'combination' means adding. In matrix puzzles, check if the same set of shapes appears repeatedly in every row.

Memorable Trivia: This is often referred to as 'Set-based logic' in non-verbal reasoning textbooks.

MEDIUM

Match the following logical reasoning patterns with their characteristic operational logic:

Pattern Name	Operational Logic
A. Rotation Pattern	1. Removing top part and turning it over
B. Component Removal	2. 90-degree clockwise movement
C. Line Transformation	3. Stacking filled portions of two figures
D. Shaded Box Combination	4. Keeping only the newly added lines

Select the correct code from the options below:

A-2, B-1, C-4, D-3

A-2, B-4, C-1, D-3

A-1, B-2, C-4, D-3

A-2, B-1, C-3, D-4

Explanation

🌟 Quick Verification

Direct Answer: The correct answer is A-2, B-1, C-4, D-3.

🧠 Solution Blueprint

Rotation Pattern: Maps to 90-degree clockwise shift.
Component Removal: Maps to removing top parts and transforming them.
Line Transformation: Maps to the derivation of lines (keeping only new ones).
Shaded Box Combination: Maps to stacking or combining filled portions.

📊 Fact Spotlight

Logic Type	Typical Visual Indicator	Strategy
Rotation	Orientation change	Check 90, 180, 270 degree steps
Permutation	Repeating set of shapes	Check column vs row completeness
Subtraction	Disappearing segments	Look for missing components in sequence

MEDIUM

Assertion (A): Human-like figure comparison often uses the mathematical difference between feature counts (e.g., number of heads and legs) to determine the middle figure in a sequence.
Reasoning (R): Logical puzzles often embed numerical patterns within visual figure transformations to test both observation and analytical counting.

Select the correct answer from the following:

Both (A) and (R) are true and (R) is the correct explanation of (A)

Both (A) and (R) are true but (R) is NOT the correct explanation of (A)

(A) is true but (R) is false

(A) is false but (R) is true

Explanation

🌟 Quick Verification

Direct Answer: Both (A) and (R) are true and (R) is the correct explanation of (A).
Core Concept: Quantitative Non-Verbal Reasoning links visual features to numeric datasets.

🧠 Concept Blueprint

Human-like Figure Logic:
- Patterns often assign numerical values to components (arms, legs, heads). Calculating the difference or sum between the first and third figures frequently reveals the construction rule for the middle figure.
Synthesis:
- The Assertion is a direct observation of how these puzzles function. The Reasoning explains the fundamental educational objective of these puzzles (to blend visual identification with numerical calculation).

📊 Fact Spotlight

Feature Category	Examples in Puzzles	Logic Type
Anatomical	Number of legs, arms, or eyes	Quantitative subtraction
Geometric	Number of sides in a polygon	Incremental progression
Spatial	Direction of arrowheads	Positional rotation

💡 Exam Strategy & Trivia

Tip

Common Pitfall: In feature-counting questions, students often ignore the head or assume a constant number of features. Always count all visible nodes or limbs first.

Memorable Trivia: These 'human-like' figures are a staple in classical IQ testing, dating back decades in administrative entrance exams.

MEDIUM

Consider the logic of 'Arrow Patterns' and 'Permutation Matrices'. Which of the following statements is/are NOT correct?

In grid-based arrow patterns, obtaining the third figure always requires the reversal of the right-pointing arrow.
In 'Logical Shape Combination Matrices', each row or column is a permutation of a specific set of shapes.

Select the correct option:

Only 1

Only 2

Both 1 and 2

Neither 1 nor 2

Explanation

🌟 Quick Verification

Direct Answer: Only 1 is not correct.
Core Concept: Logical Specificity.

🧠 Concept Blueprint

Why Statement 1 is Incorrect:
- The fact pool states that arrow patterns involve changing directions (e.g., right to left), but saying it always requires reversal of a right-pointing arrow is an overgeneralization. Logic can vary (e.g., rotating, changing count, changing specific arrow colors/types).
Why Statement 2 is Correct:
- This matches the definition of grid-based permutation, where a fixed set of elements rearranges within rows/columns.

📊 Fact Spotlight

Concept	Corrective Logic
Arrow Puzzles	Variable logic; depends on specific grid rule (not just 'always right')
Matrix Grids	Fixed set permutation; constant shapes in diff positions

💡 Exam Strategy & Trivia

Tip

Common Pitfall: Beware of absolutes like 'always', 'never', 'all'. Logical puzzles are usually rule-bound within the specific provided context, not universally fixed rules for all arrows.

Memorable Trivia: 'Permutation Matrices' are effectively Sudoku-lite puzzles used in reasoning tests to gauge systematic thinking.

No credit card required

EASY

In the context of 'Stick Figure Combination' and 'Shaded Box Combination', which of the following is true?

They both rely on rotating the figures 180 degrees before combination.

They both rely on the additive property of the first two figures to form the third.

They both rely on removing the first figure to reveal the third.

They both rely on the mathematical difference between heads and legs.

Explanation

🌟 Quick Verification

Direct Answer: The correct answer is They both rely on the additive property of the first two figures to form the third.

🧠 Concept Blueprint

Logic Similarity: Whether it is stick figures (line segments) or shaded boxes, the fundamental logic is Union (A + B = C).
Operational Logic: The third figure is the 'superposition' or 'stacking' of the first two. If a line or shaded region exists in either the first or second figure, it appears in the third.

HARD

Arrange the following steps in a typical 'Line Transformation' puzzle logic:

Identify the first figure.
Derive the second figure by adding lines to the middle of the first.
Create the third figure by retaining ONLY the newly added lines.
Analyze the total number of lines in the first figure.

Which is the correct operational sequence?

1 - 4 - 2 - 3

4 - 1 - 3 - 2

1 - 2 - 4 - 3

2 - 1 - 3 - 4

Explanation

🌟 Quick Verification

Direct Answer: 1 - 4 - 2 - 3
Core Concept: Line Transformation involves a multi-step reductionist process.

🧠 Concept Blueprint

Step-by-Step Logic:
1. Start with the baseline figure (1).
2. Analyze its properties, specifically the line count or density (4).
3. Apply the transformation (addition of lines to center) to create the intermediate state (2).
4. Apply the final rule (retention of new lines only) to produce the third state (3).

📊 Fact Spotlight

Step	Action	Focus
Initial Observation	Baseline identification	Comparison
Transformation	Addition of elements	Modification
Filtration	Retaining specific elements	Simplification

💡 Exam Strategy & Trivia

Tip

Exam Trap: Many candidates skip the 'filtration' step (retaining only new lines) and assume all lines are kept. Always check the final figure closely.

Memorable Trivia: This logic is commonly used to test spatial memory in technical aptitude exams.

MEDIUM

Assertion (A): In human-like figure comparison puzzles, the middle figure is often determined by the mathematical difference between feature counts (e.g., number of heads and legs) of the first and third figures.
Reasoning (R): Logical figure sequences involving arrows require the reversal of specific arrow types (e.g., changing right to left) to satisfy the transformation rule.

Select the correct option:

Both (A) and (R) are true and (R) is the correct explanation of (A)

Both (A) and (R) are true but (R) is NOT the correct explanation of (A)

(A) is true but (R) is false

(A) is false but (R) is true

Explanation

🌟 Quick Verification

Direct Answer: Both (A) and (R) are true but (R) is NOT the correct explanation of (A).
Core Concept: Rule-Based Figure Evolution.

🧠 Concept Blueprint

Independence of Rules:
- Assertion (A) accurately describes Numerical-Logic (counting features like legs/heads to deduce middle steps).
- Reasoning (R) accurately describes Directional-Logic (arrow reversals).
- However, the rules of arithmetic feature counting do not explain the rules of directional arrow reversal; they are two distinct, independent logic puzzles often found in the same exam syllabus.

📊 Fact Spotlight

Rule Type	Primary Factor	Data Required
Feature-based	Limbs/Head counts	Numerical subtraction/addition
Direction-based	Orientation	Axial movement (90/180 deg)
Grid-based	Position	Permutation/Reordering

💡 Exam Strategy & Trivia

Tip

Common Pitfall: Don't waste time trying to relate arrow directions to head counts. Identify the type of puzzle (grid vs. series vs. comparison) first.

Memorable Trivia: RPSC papers often group 3-4 questions together; if you identify the pattern of the first, the others in the group usually follow the same rule.

HARD

Consider the following assertion and reason regarding Line Transformation logic:

Assertion (A): In line transformation, if a second figure is created by adding lines to the middle of the first, the third figure is derived by keeping only the newly added lines.
Reason (R): Logical puzzles rely on consistent operations across rows or columns to ensure the pattern is solvable.

Which of the following is correct?

Both A and R are true, and R is the correct explanation of A.

Both A and R are true, but R is not the correct explanation of A.

A is true, but R is false.

A is false, but R is true.

Explanation

🌟 Quick Verification

Direct Answer: The correct answer is Both A and R are true, and R is the correct explanation of A.

🧠 Concept Blueprint

Assertion Validity: The logic described—creating a second figure by adding to the first and the third by keeping only new additions—is a specific, valid puzzle strategy cited in non-verbal sequence logic.
Reasoning: This methodology relies on the premise of a consistent operator (or mathematical transformation) that allows the viewer to predict the sequence, which is the foundational necessity for constructing valid visual puzzles.

💡 Exam Strategy & Trivia

Note

Rule of Consistency: In 3x3 matrices, if an operation is applied to the first and second cell, it must hold true for all rows or columns in the matrix to be considered valid.

EASY

In a 3x3 matrix where every row and column is a permutation of a specific set of shapes (e.g., Circle, Triangle, Square), how do you determine the missing shape?

Choose the shape that appears most frequently in the grid.

Choose the shape that completes the set, ensuring no duplicates exist in that row/column.

Select the shape from the previous row.

Always select a circle.

Explanation

🌟 Quick Verification

Direct Answer: The correct answer is Choose the shape that completes the set, ensuring no duplicates exist in that row/column.

🧠 Concept Blueprint

Permutation Principle: This is analogous to Sudoku logic. If a row must contain three distinct items (Circle, Triangle, Square), you identify which item is missing to satisfy the requirement of 'one of each'.
Verification: If you have a Circle and a Triangle in a row, the missing element must be the Square.

Full Mock Tests

Take Full-Length Mock Tests

Test your complete preparation with timed mock tests. Get detailed analytics and compare scores with other aspirants.

Explore Test Series

MEDIUM

In the context of logical reasoning matrices, consider the following statements regarding common transformation rules:

In a rotation pattern, moving from one figure to the next often involves a 90-degree clockwise rotation.
In inner-outer shape inversion, the rule typically requires placing the outermost figure into the innermost position.
Stick figure combination logic often involves the logical addition of the first two figures in a row or column to generate the third.

Which of the statements given above are correct?

Only 1 and 2

Only 1 and 3

Only 2 and 3

1, 2, and 3

Explanation

🌟 Quick Verification

Direct Answer: The correct answer is Only 1 and 3.
Core Concept: Understanding pattern transformation logic in non-verbal reasoning.

🧠 Concept Blueprint

Rule 1 (Rotation): Clockwise rotations of 90-degrees are a standard technique in non-verbal sequencing to predict the next visual state.
Rule 2 (Inversion): The provided logic states that the innermost figure is moved to the outermost position, which contradicts the statement provided in the question (which says outermost to innermost).
Rule 3 (Combination): Stick figures and shaded box patterns often follow additive logic where the union of the first two cells defines the third.

💡 Exam Strategy & Trivia

Tip

Common Pitfall: Watch for directional reversals (e.g., clockwise vs counter-clockwise) and positional swaps (inner vs outer) which are classic distractors.

HARD

Match the following logic types with their operational procedures in non-verbal reasoning:

Logic Type	Operational Procedure
A. Line Transformation	1. Summing features of two figures to form the third
B. Stick Figure Combination	2. Stacking filled/shaded portions of first two figures
C. Shaded Box Logic	3. Deriving third figure by retaining only newly added lines
D. Matrix Permutation	4. Rearranging a constant set of shapes in rows/columns

Select the correct code from the options below:

A-3, B-1, C-2, D-4

A-1, B-3, C-2, D-4

A-3, B-1, C-4, D-2

A-2, B-3, C-1, D-4

Explanation

🌟 Quick Verification

Direct Answer: A-3, B-1, C-2, D-4
Core Concept: Logic Classification involves identifying the specific mechanism (addition, substitution, or rearrangement) used to derive figure outcomes.

🧠 Concept Blueprint

Decoding Procedures:
- Line Transformation (3) is unique because it discards previous structure and keeps only new additions.
- Stick Figure Combination (1) is purely additive (A+B=C).
- Shaded Box Logic (2) treats figures as fill-layers.
- Matrix Permutation (4) is a structural reordering logic within a grid.

📊 Fact Spotlight

Logic Type	Transformation Key	Constraint
Filter-based	Keep new lines only	Destructive processing
Additive	Combine components	Constructive processing
Spatial-Shuffle	Reorder set	Conservation of elements

💡 Exam Strategy & Trivia

Tip

Exam Trap: Always check for 'Line Transformation' first, as it is a destructive process (data is lost), unlike 'Combination' (data is gained).

Memorable Trivia: The 'Shaded Box' logic is closely related to Boolean 'OR' logic in computer science, where filled=1 and empty=0.

MEDIUM

Consider the following statements regarding specific logic patterns in 3x3 grid puzzles:

In polygon formation, the primary determinant is the number of lines extending from the center point of the first shape.
Shaded box combination logic typically operates by subtracting the filled portions of the first and second figures to reveal the third.
The logic for human-like figure comparison uses the difference between the head and leg counts of the first and third figures to derive the second figure.

Which of the statements given above are correct?

Only 1 and 2

Only 1 and 3

Only 2 and 3

1, 2, and 3

Explanation

🌟 Quick Verification

Direct Answer: The correct answer is Only 1 and 3.
Core Concept: Analyzing specific structural logic in visual reasoning matrices.

🧠 Concept Blueprint

Polygon Formation: Correct. These puzzles determine the final shape based on the arithmetic of lines projecting from the center.
Shaded Box Combination: Incorrect. The standard logic for shaded boxes in these grids is stacking (adding) the filled portions of the first two figures, not subtracting them.
Human-like Logic: Correct. The difference between head counts and leg counts is a valid mathematical approach to determining the middle figure in complex pattern rows.

💡 Exam Strategy & Trivia

Tip

Common Trap: In 'Combination' puzzles (like shaded boxes or stick figures), the operation is almost exclusively additive (union). Do not assume subtraction unless there is a clear visual 'removal' pattern (like the Component Removal example).

MEDIUM

When analyzing a matrix of 'human-like' figures to find the middle figure, what is the stated logical basis for determining the relationship between the first and third figures?

Adding the number of heads and legs together.

The difference between the number of heads and legs.

The multiplication of the number of limbs.

The division of the number of figures by the number of legs.

Explanation

🌟 Quick Verification

Direct Answer: The correct answer is The difference between the number of heads and legs.

🧠 Solution Blueprint

Mathematical Logic: In non-verbal reasoning, visual elements can represent values. If a figure is 'human-like', the heads count as 1 and legs count as 2. The difference between these counts across figures defines the transformation.
Application: Always look for numerical counts when visual patterns appear complex or irregular.

MEDIUM

Consider the following logical process for 'Line Transformation' and 'Component Removal':

In a grid-based arrow pattern, changing the direction of a right-pointing arrow to obtain the second figure is a standard logic.
The 'Component Removal' logic typically involves removing a part of the first figure, then turning over that removed part to form the third figure.

Which of the statements given above are correct?

Only 1

Only 2

Both 1 and 2

Neither 1 nor 2

Explanation

🌟 Quick Verification

Direct Answer: Both 1 and 2 are correct.
Core Concept: Procedural Transformation is the logic governing how a figure morphs into a subsequent stage through specific operational steps.

🧠 Concept Blueprint

Arrow Dynamics:
- Logical arrow puzzles often use specific directional changes (e.g., reversal or 90-degree turns) to establish the rule for a sequence.
Component Removal:
- This process is two-fold:
  1. Deconstruction: Removing a specific sub-component (like a top bar or side segment).
  2. Transformation: The isolated sub-component is manipulated (e.g., flipped/mirrored) to become the distinct third figure.

📊 Fact Spotlight

Process	Step Sequence	Goal
Component Removal	Isolate -> Transform -> Finalize	Simplification logic
Arrow Logic	Directional change -> Axis flip	Orientation progression
Matrix Permutation	Shuffle -> Reorder -> Complete	Consistency maintenance

💡 Exam Strategy & Trivia

Tip

Exam Trap: Ensure you check if the removed part is discarded or reused as the next figure. This distinction is critical in 'Component Removal' logic.

Memorable Trivia: These processes are heavily inspired by classic 'Odd One Out' and 'Series Completion' tests used in analytical reasoning syllabi.

MEDIUM

In a 3x3 grid pattern involving line segments in circles, which of the following is most likely to represent a consistent variation pattern?

A sequence of 2, 4, 6, 8 lines.

A sequence where the number of lines remains constant in every row.

A pattern of 2, 3, or 4 lines increasing or varying across the grid.

A pattern where lines are added until the circle is completely filled.

Explanation

🌟 Quick Verification

Direct Answer: The correct answer is A pattern of 2, 3, or 4 lines increasing or varying across the grid.

🧠 Solution Blueprint

Line Variation Logic: Non-verbal puzzles involving geometry often use simple numerical series (like 2, 3, 4) to define the progression of elements.
Analytical approach: Always count the segments in each cell to determine the arithmetic progression. A consistent increase is the most common operational rule found in such puzzles.

MEDIUM

Consider the following comparative statements regarding geometric logical patterns:

While Rotation patterns primarily utilize a consistent 90-degree clockwise shift, Inner-Outer Inversion specifically requires removing the innermost component and relocating it to the outermost boundary.
In Polygon Formation, the structure is derived from the geometric relationship of lines extending from the center, whereas in Circle-based puzzles, the logic typically involves an arithmetic progression of line segments.

Which of the statements given above are correct?

Only 1

Only 2

Both 1 and 2

Neither 1 nor 2

Explanation

🌟 Quick Verification

Direct Answer: Both 1 and 2 are correct.
Core Concept: Geometric Transformation Logic categorizes how shapes mutate within a sequence.

🧠 Concept Blueprint

Pattern Differentiation:
- The first statement correctly identifies the distinct mechanics of Rotation (rotational shift) versus Inversion (spatial displacement of internal components).
- The second statement accurately distinguishes between Structural Formation (Polygon lines from a center point) and Quantitative Progression (Circle line counts, typically following 2, 3, 4, etc.).

📊 Fact Spotlight

Logic Category	Operational Focus	Example Pattern
Rotational	Angular placement	90-degree clockwise shift
Positional	Layer swapping	Inner-to-Outer move
Calculative	Line counting	Circle cord progression

💡 Exam Strategy & Trivia

Tip

Common Pitfall: In Polygon puzzles, don't just count the outer sides; look at the central vertex where lines originate, as this is often the variable key.

Memorable Trivia: Many RPSC pattern questions hide the rule in the center of the shape, while distractor elements are placed on the periphery to draw your attention away.

MEDIUM

Consider the following statements regarding common logical figure reasoning patterns:

In a Rotation pattern, a sequence often advances through a consistent 90-degree clockwise shift of components.
The 'Inner-Outer Inversion' logic involves removing the innermost figure of a complex shape and repositioning it as the outermost component to form the next figure in the sequence.

Which of the statements given above are correct?

Only 1

Only 2

Both 1 and 2

Neither 1 nor 2

Explanation

🌟 Quick Verification

Direct Answer: Both 1 and 2 are correct.
Core Concept: Geometric Logical Patterns are systematic transformations used in non-verbal reasoning.

🧠 Concept Blueprint

Rotation Dynamics:
- Many visual sequences rely on fixed-degree rotation (90-degree clockwise) to maintain structural continuity across steps.
Inner-Outer Inversion:
- This specific process relies on structural reordering. By isolating the core (innermost) element and shifting it to the periphery (outermost layer), the pattern creates a visual inversion that marks the transition between steps in a sequence.

📊 Fact Spotlight

Logic Pattern	Description	Exam Relevance
Mirror Reflection	Flipping figures across an axis	Often tested alongside rotation
Positional Shift	Moving elements within a grid	Similar to Inner-Outer logic
Incremental Change	Adding/removing specific segments	Tests attention to detail

💡 Exam Strategy & Trivia

Tip

Common Pitfall: Students often confuse clockwise and counter-clockwise rotations. Always verify the movement of a non-symmetric component (like a pointer or arrowhead) to confirm the direction.

Memorable Trivia: Many RPSC questions use rotational symmetry to hide the simplicity of a pattern, making it seem more complex than it is.

HARD

Identify the standard sequence for applying 'Component Removal' logic in a figure puzzle:

Analyze the orientation of the first figure.
Transform (e.g., turnover/flip) the removed part.
Remove a specific section (e.g., top part) of the first figure.
Combine/Place the transformed part to form the third figure.

Select the correct sequence order:

1 - 3 - 2 - 4

1 - 2 - 3 - 4

3 - 1 - 2 - 4

3 - 2 - 1 - 4

Explanation

🌟 Quick Verification

Direct Answer: 1 - 3 - 2 - 4
Core Concept: Component Manipulation Workflow.

🧠 Concept Blueprint

Process Flow:
- (1) First, you must establish the baseline (original figure).
- (3) Isolate/Deconstruct (Remove the specific part).
- (2) Modify (Transform/Flip the isolated part).
- (4) Synthesis (Reconstruct the result).

📊 Fact Spotlight

Process Phase	Task	Critical Error
Baseline	Inspecting Figure 1	Missing original features
Extraction	Removing top/side	Removing incorrect section
Manipulation	Flip/Turnover	Misjudging axis of rotation

💡 Exam Strategy & Trivia

Tip

Exam Trap: The 'Flip' (Turnover) is a common trap. If the figure is asymmetrical, ensure the flip matches the axis described.

Memorable Trivia: Many puzzles in competitive reasoning use 'Component Removal' to test spatial visualization—your ability to mentally 'cut and paste' pieces.

HARD

Identify the standard sequence of logic used in Component Removal puzzles.

First figure -> Add part to top -> Derive second figure -> Remove part from third.

First figure -> Remove top part (2nd figure) -> Turn over removed part (3rd figure).

First figure -> Rotate 90 degrees -> Derive second -> Flip vertically -> Derive third.

First figure -> Remove bottom part -> Turn over bottom part -> Derive third.

Explanation

🌟 Quick Verification

Direct Answer: The correct answer is First figure -> Remove top part (2nd figure) -> Turn over removed part (3rd figure).

🧠 Solution Blueprint

Step 1: Identify the subtraction of a specific component (usually the top).
Step 2: Identify the transformation of that removed piece, typically a flip or rotation, which constitutes the final figure in the series.

💡 Exam Strategy & Trivia

Tip

Strategy: In any 'Removal' puzzle, the missing piece is rarely 'gone' forever; it is almost always transformed or relocated in the subsequent frame.

Free Forever

Track Your Progress

You're Doing Great! 🎯

Unlimited PYQs Progress Tracking Mock Tests

✨ Free forever • No credit card • 2 sec signup with Google

Full Mock Tests

Take Full-Length Mock Tests

Test your complete preparation with timed mock tests. Get detailed analytics and compare scores with other aspirants.

Explore Test Series

All Chapters

Reasoning

Alphabetical Reasoning

Mathematical Operation

Direction and Distance

Statement - Arguments

37+ questions

Statement - Assumptions

50+ questions

Statement-Conclusions

50+ questions

Statement-Courses of Action

Mirror and Water Images

57+ questions

Paper Folding and Cutting

Figure Classification