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NAPOLCOM PNPE Analytical AbilityLogical ReasoningFlash Cards

The research on retention is unambiguous: retrieval practice beats re-reading for exam prep. These Logical Reasoning flashcards give NAPOLCOM PNPE candidates a structured way to apply that for the Analytical Ability subtest, card by card, against the concepts National Police Commission (NAPOLCOM) uses most often on the 2026 paper.

Exam context

For the NAPOLCOM PNP Entrance Examination, National Police Commission (NAPOLCOM) tests Analytical Ability under a "Core" label, with Logical Reasoning in the 7th slot across 7 chapters. NAPOLCOM PNPE candidates must clear the 50% (NAPOLCOM standard) cut on the 2026 paper, which draws about 15 Analytical Ability questions. Date to watch: Bi-annual — March and October 2026.

Logical Reasoning - Flashcards

Master the fundamentals of logical reasoning with these comprehensive flashcards covering arguments, deductive and inductive reasoning, syllogisms, diagrammatic methods, and problem-solving strategies essential for the Civil Service Examination.

Cards

What is the definition of Logic?

Logic is the study of correct versus incorrect reasoning. It helps us distinguish between valid and invalid arguments, and provides systematic methods for analyzing how conclusions follow from premises.

Tags

  • definition
  • fundamental_concept
  • basic

Topic

Basic Concepts

Card Id

FC1

Difficulty

easy

Image Prompt

What are the three components of an argument?

An argument consists of: 1) Premises - statements that provide reasons for accepting the conclusion, 2) Conclusion - the statement that is established by the premises, and 3) Assumption - any unstated premise in the argument.

Tags

  • argument_components
  • structure
  • basic

Topic

Argument Structure

Card Id

FC2

Difficulty

easy

Image Prompt

What is a Deductive Argument and what approach does it use?

A deductive argument starts with general statements to reach specific conclusions. It uses a 'top-down' approach. If the premises are true, the conclusion must also be true. The conclusion is fully supported by the premises, making the argument either valid or invalid.

Tags

  • deductive_reasoning
  • top_down
  • intermediate

Topic

Types of Reasoning

Card Id

FC3

Difficulty

intermediate

Image Prompt

Analyze this deductive argument: 'All zombies crave human flesh. Anne is a zombie. Therefore, Anne craves human flesh.'

This is a valid deductive argument. The major premise establishes a universal rule about zombies, the minor premise identifies Anne as a zombie, and the conclusion logically follows. Since both premises are accepted as true, the conclusion must be true.

Tags

  • deductive_example
  • analysis
  • application

Topic

Deductive Examples

Card Id

FC4

Difficulty

intermediate

Image Prompt

What is an Inductive Argument and how does it differ from deductive reasoning?

Inductive argument starts from specific observations to reach broad generalizations using a 'bottom-up' approach. The conclusion is PROBABLY supported by premises, not definitely. It uses terms like 'probably,' 'likely,' 'possibly' rather than definitive statements. Additional premises can strengthen or weaken the argument.

Tags

  • inductive_reasoning
  • bottom_up
  • probability

Topic

Types of Reasoning

Card Id

FC5

Difficulty

intermediate

Image Prompt

What is a Categorical Syllogism?

A categorical syllogism follows the format: If A is B (1st premise) and B is C (2nd premise), therefore A is C (conclusion). It uses three terms: major term (appears in premise and conclusion predicate), minor term (appears in premise and conclusion subject), and middle term (appears in both premises but not conclusion).

Tags

  • categorical_syllogism
  • structure
  • intermediate

Topic

Syllogisms

Card Id

FC6

Difficulty

intermediate

Image Prompt

What is a Disjunctive Syllogism?

Disjunctive syllogism deals with exclusive alternatives. Format: 'A is either B or C (major premise). A is not C (minor premise). Therefore, A is B (conclusion).' The premises are mutually exclusive, and eliminating one option confirms the other.

Tags

  • disjunctive_syllogism
  • exclusive_alternatives
  • intermediate

Topic

Syllogisms

Card Id

FC7

Difficulty

intermediate

Image Prompt

What are the two valid formats for Conditional Syllogism?

Format 1: If A is true, then B is true. A is true. Therefore, B is true (Modus Ponens). Format 2: If A is true, then B is true. B is NOT true. Therefore, A is NOT true (Modus Tollens). Both require at least one conditional premise accepted as true.

Tags

  • conditional_syllogism
  • modus_ponens
  • modus_tollens

Topic

Syllogisms

Card Id

FC8

Difficulty

advanced

Image Prompt

When using Venn diagrams, how do you represent 'All As are Bs'?

Draw circle A completely inside circle B. This shows that the entire set A is contained within set B. The relationship cannot be reversed (All Bs are As would be incorrect unless specifically stated).

Tags

  • venn_diagram
  • universal_statement
  • visualization

Topic

Venn Diagrams

Card Id

FC9

Difficulty

intermediate

Image Prompt

How do you represent 'Some As are Bs' using Venn diagrams?

Draw two intersecting circles A and B with overlapping area. The intersection represents elements that belong to both sets. Neither circle is completely inside the other, indicating partial relationship only.

Tags

  • venn_diagram
  • partial_statement
  • intersection

Topic

Venn Diagrams

Card Id

FC10

Difficulty

intermediate

Image Prompt

What are the four steps for diagramming character problems?

Step 1: Make a line and assign direction for character placement. Step 2: Write the first character in the middle. Step 3: Analyze each statement and place characters based on comparisons. Step 4: Create conclusion based on the diagram.

Tags

  • diagramming
  • character_problems
  • methodology

Topic

Problem Solving Methods

Card Id

FC11

Difficulty

intermediate

Image Prompt

What is the 'Working Backwards' strategy in problem solving?

Working backwards involves starting from the final result and reversing operations to find the initial value. Use opposite operations: if the problem adds, you subtract; if it multiplies, you divide. Construct a table showing information, steps, and results for clear visualization.

Tags

  • working_backwards
  • reverse_operations
  • strategy

Topic

Problem Solving Strategies

Card Id

FC12

Difficulty

intermediate

Image Prompt

What is the 'Make an Organized List' strategy?

This strategy involves laying out all possible values and using systematic elimination. List all possibilities that meet the first condition, then eliminate options that don't satisfy subsequent conditions. It's a methodical trial-and-error approach.

Tags

  • organized_list
  • elimination
  • systematic_approach

Topic

Problem Solving Strategies

Card Id

FC13

Difficulty

intermediate

Image Prompt

What are the key characteristics of a Repeating Pattern?

A repeating pattern has a constant value that influences the flow throughout the sequence. Only one operation is used to determine each succeeding value. Example: 1, 3, 5, 7, 9, 11 (adding 2 each time).

Tags

  • repeating_pattern
  • constant_operation
  • sequences

Topic

Pattern Recognition

Card Id

FC14

Difficulty

easy

Image Prompt

How does an Increasing/Decreasing Pattern work?

Numbers change through values that are successively increasing or decreasing by a constant value. The difference between consecutive terms forms its own arithmetic sequence. Example: 2, 4, 7, 11, 16, 22 (differences: +2, +3, +4, +5, +6).

Tags

  • increasing_pattern
  • decreasing_pattern
  • variable_differences

Topic

Pattern Recognition

Card Id

FC15

Difficulty

intermediate

Image Prompt

What defines an Alternating Pattern?

An alternating pattern combines two or more other patterns that alternate throughout the sequence. Values, operations, and terms may alternate. Example: 2, 4, 6, 9, 11, 15, 22 (alternates between +2 and increasing differences).

Tags

  • alternating_pattern
  • combined_patterns
  • complex_sequences

Topic

Pattern Recognition

Card Id

FC16

Difficulty

advanced

Image Prompt

How do you solve Sudoku puzzles effectively?

Key strategies: 1) Check column, row, and set before entering numbers to avoid duplicates, 2) Sum of all numbers in any complete line/set should equal 45 (for 9x9), 3) List possible numbers for difficult boxes and use elimination, 4) Start with lines that have only one missing number.

Tags

  • sudoku
  • logical_elimination
  • number_placement

Topic

Puzzle Solving

Card Id

FC17

Difficulty

intermediate

Image Prompt

What is a Magic Square and how do you solve it?

A magic square is a puzzle where numbers are placed so any row, column, or diagonal adds up to the same magic sum. Strategy: Look for rows/columns/diagonals with only one missing number, solve those first, then work systematically through remaining positions.

Tags

  • magic_square
  • equal_sums
  • systematic_solving

Topic

Puzzle Solving

Card Id

FC18

Difficulty

intermediate

Image Prompt

What are the key steps for reading and analyzing flowcharts?

1) Read the entire flowchart first to understand all possible scenarios, 2) Don't focus on just one step - look at preceding and succeeding steps, 3) For questions about outcomes, work backwards from the result to trace the path, 4) Consider all decision points that lead to the conclusion.

Tags

  • flowchart_reading
  • systematic_analysis
  • backward_tracing

Topic

Flowchart Analysis

Card Id

FC19

Difficulty

intermediate

Image Prompt

Compare Deductive vs Inductive Reasoning approaches and certainty levels.

Deductive: Top-down approach, moves from general to specific, conclusions are certain if premises are true, uses valid/invalid terminology. Inductive: Bottom-up approach, moves from specific to general, conclusions are probable, uses likely/probably terminology, can be strengthened or weakened by additional evidence.

Tags

  • deductive_vs_inductive
  • certainty_levels
  • comparison

Topic

Reasoning Comparison

Card Id

FC20

Difficulty

advanced

Image Prompt

Tag Distribution

Basic

3

Advanced

5

Comparison

2

Definition

4

Application

5

Methodology

6

Intermediate

12

Topic Distribution

Syllogisms

3

Venn Diagrams

2

Basic Concepts

2

Puzzle Solving

2

Argument Structure

1

Flowchart Analysis

1

Types Of Reasoning

3

Pattern Recognition

3

Reasoning Comparison

1

Problem Solving Methods

1

Problem Solving Strategies

2

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