Reasoning

Reasoning

🟢 Lite — Quick Review (1h–1d)

Rapid summary for last-minute revision before your exam.

Reasoning encompasses both verbal and non-verbal cognitive abilities tested in UGC NET Paper 1. While Logical Reasoning covers argument structure, this section focuses on verbal reasoning (language-based) and non-verbal reasoning (visual/spatial) skills essential for academic aptitude.

Verbal Reasoning:

• Word relationships and analogies
• Vocabulary and semantic relationships
• Sentence completion
• Critical reasoning

Non-Verbal Reasoning:

• Pattern recognition
• Spatial visualization
• Figure classification
• Series completion

⚡ UGC NET Exam Tips:

• Practice analogy types daily
• Improve vocabulary through reading
• Learn common verbal relationship categories
• For non-verbal: look for rotation, reflection, symmetry patterns

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🟡 Standard — Regular Study (2d–2mo)

Standard content for students with a few days to months.

Verbal Reasoning Skills:

Word Relationships:

Relationship	Example
Synonym	Happy : Joyful
Antonym	Hot : Cold
Part-Whole	Tree : Forest
Worker-Tool	Writer : Pen
Cause-Effect	Fire : Burn
Classification	Mango : Fruit
Intensity	Warm : Hot
Sequence	Monday : Tuesday

Analogies - Solving Strategy:

1. Identify the relationship between first pair
2. Apply same relationship to find answer
3. Verify answer makes sense

Example: “Book is to Reading as Fork is to ?” Answer: Eating (Book is used for Reading; Fork is used for Eating)

Verbal Classification:

Find the odd one out: Group words by common property:

• Apple, Mango, Carrot, Banana → All are fruits except Carrot (vegetable)

Verbal Sequencing:

Alphabet Position Test: A=1, B=2, … Z=26

• Position of letters
• Letters between two letters
• Reverse alphabet positions

Non-Verbal Reasoning:

Figure Series:

• Identify pattern in sequence
• Types: Rotation, Addition, Repetition, Mirror image

Example: Find next figure in: △ ○ □ △ ○ ? Pattern: △ ○ □ repeats Next: △ ✓

Figure Analogy: First figure relates to second, find third that relates to fourth

• Identify transformation
• Apply to target

Mirror Image:

• Vertical symmetry
• Horizontal symmetry
• 180° rotation

Paper Folding:

• Understand how cut patterns appear when unfolded
• Count layers and operations

Spatial Reasoning:

Cubes and Dice:

• Net surfaces
• Opposite faces
• Adjacent faces

Embedded Figures:

• Find smaller figure within larger one
• Ignore distracting elements

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🔴 Extended — Deep Study (3mo+)

Comprehensive coverage with complex reasoning and previous year UGC NET patterns.

Advanced Verbal Reasoning:

Statement and Assumption:

• Identify statement
• Identify assumptions (unstated premises)
• Check if assumptions are implicit

Statement and Argument:

• Evaluate given argument
• Consider evidence
• Assess validity

Courses of Action:

• Problem identification
• Proposed solutions
• Evaluate appropriateness

Critical Reasoning Questions:

• Strengthening arguments
• Weakening arguments
• Drawing conclusions
• Inferring meaning

Advanced Non-Verbal Patterns:

Matrix Completion:

• 3×3 or 2×2 matrix of figures
• Find missing pattern
• Look for row/column patterns

Figure Matrix Example:

△ ○ | □
□ △ | ○
○ □ | ?

Each row has △, ○, □ once. Missing: △ ✓

Rotation Patterns:

• 90° clockwise
• 180° rotation
• Combined transformations

Odd Figure Out: Identify figure that doesn’t share property with others

• Number of sides
• Shading pattern
• Symmetry type
• Orientation

Dice Problems:

Standard Dice Opposite Faces:

• 1 ↔ 6
• 2 ↔ 5
• 3 ↔ 4

Open Dice Problems:

• When two numbers are adjacent, their common edge is known
• Use adjacent-opposite relationships

Dice Numbering Rules:

• Sum of opposite faces is 7 (standard dice)

Ranking and Order:

Linear Arrangement:

• People sitting in a line
• Position from left/right
• Relationship between positions

Circular Arrangement:

• Facing centre or outward
• Left and right neighbours
• Relative positions

Coding and Decoding — Worked Methods:

Coding-decoding questions hinge on spotting a fixed rule that maps each letter of the original word to a coded letter. The two most common rules are a constant positional shift and a sum of alphabetical positions.

Letter-Shift Coding:

In a shift code, every letter moves forward (or backward) by a fixed number of places in the alphabet. To decode, compare the original and coded words letter by letter to find the shift, then apply the same shift to the target word.

Example: If a code uses a forward shift of +2, then CLEAR is coded as follows:

• C (+2) → E
• L (+2) → N
• E (+2) → G
• A (+2) → C
• R (+2) → T

So CLEAR → ENGCT. The reliable technique is to first confirm the shift on the word whose code is already given, then mechanically apply that shift to the new word.

Sum-of-Position Coding:

In this rule, a word’s code equals the sum of the alphabetical positions (A=1, B=2, …, Z=26) of its letters.

Worked example: If CAT = 24 and DOG = 26, what does BAT equal?

• CAT: C(3) + A(1) + T(20) = 24 ✓
• DOG: D(4) + O(15) + G(7) = 26 ✓

The rule is confirmed as the sum of alphabetical positions. Applying it to BAT:

• BAT: B(2) + A(1) + T(20) = 23

So BAT = 23. The method generalises to any word: write each letter’s position, then add. Always validate the rule against both given examples before computing the answer, and watch for variant rules such as reverse positions (Z=1, A=26), products of positions, or position multiplied by word length.

Classification Systems:

• Biological classification (Linnaeus): Kingdom, Phylum, Class, Order, Family, Genus, Species
• Library classification: Dewey Decimal, Library of Congress
• Taxonomic ranks in various fields

Coding and Decoding in Reasoning:

• Letter coding patterns
• Number coding
• Mixed coding
• Rule identification

Analytical Reasoning:

• Puzzles with multiple parameters
• Scheduling problems
• Network diagrams
• Matrix problems

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