Logical Reasoning Questions for NATA with Answers and Solutions 2026

Quick Answer: Logical reasoning questions for NATA test analytical thinking, pattern recognition, ability to identify relationships between shapes and imagery, and problem-solving ability. Based on past year papers, common logical reasoning questions include pattern completion, figure series, cube folding, odd-one-out, and letter series.

These questions are usually easy to moderate and can be high-scoring with practice.

Logical reasoning is a crucial part of the NATA Exam Pattern as it makes up most of the questions in the NATA exam paper.

To ease your preparation, we have provided some of the essential logical reasoning questions for NATA Entrance Exam 2026 to help you understand this topic better. This article will walk you through the important concepts and practice questions of logical reasoning questions for NATA.

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What Are Logical Reasoning Questions for NATA?

Logical reasoning questions for NATA test your analytical thinking, pattern recognition, and problem-solving ability. These questions evaluate how well you can identify relationships, sequences, patterns, and logical connections quickly and accurately.

In NATA, logical reasoning questions are generally easy to moderate and are considered high-scoring if you practice regularly.

The NATA logical reasoning questions can be:

Verbal: Verbal reasoning questions use letters, words, or statements to test logical thinking. For-example: 

• Letter series
• Alphabet patterns
• Word analogy
• Coding-decoding
• Direction sense

Non-verbal: Non-verbal reasoning questions use figures, shapes, diagrams, and patterns instead of words. These are more commonly asked in NATA. For example:

• Pattern completion
• Figure series
• Cube folding
• 3D visualization
• Mirror image / rotation

Check: NATA Aptitude Questions with Solutions PDF

Types of Logical Reasoning Questions in NATA 2026 (Based on Past Year Papers)

Based on expert analysis & trends from previous years NATA papers, logical reasoning questions in NATA are mostly visual, pattern-based, and analytical. These questions test observation, spatial ability, and logical thinking.

Question Type	Description
Pattern Completion	Identify missing pattern in sequence
Figure Series	Find next figure in sequence
Cube Folding / Net	Identify folded cube from given net
3D Visualization	Analyze 3D objects and shading
Odd One Out (Figures)	Identify different image
Letter Series	Complete letter pattern
Letter Pattern Filling	Fill missing letters logically
Figure Assembly	Combine shapes logically
Image Pattern Matching	Identify matching pattern
Direction / Spatial Logic	Visual reasoning with orientation

Also Check: NATA Maths Syllabus Section Wise

Logical Reasoning Questions for NATA - Most Important Topics

Based on past year analysis:

Topic	Difficulty	Priority
Analogies	Easy	High
Coding-Decoding	Easy	High
Direction Sense	Moderate	High
Blood Relations	Moderate	High
Logical Series	Easy	Very High
Pattern Recognition	Easy	Very High
Syllogism	Moderate	Medium
Puzzle Questions	Moderate	Medium
Letter Series	Easy	High
Number Series	Easy	High
Logical Arrangement	Moderate	Medium
Odd One Out	Easy	High

Read More: NATA 2026 Important Topics

How Many Logical Reasoning Questions in NATA?

• Logical reasoning appears in aptitude section
• Usually 4-8 questions expected
• Difficulty level: Easy to Moderate
• High scoring section
• Time required: 20-30 seconds per question

Logical reasoning questions evaluate analytical thinking and pattern recognition ability in NATA.

Important Sample Logical Reasoning Questions for NATA 2026

We have provided a few sample questions for your reference here to help you understand the type of questions asked from logical reasoning as per the NATA Syllabus.

These questions are curated from the previous year's questions papers for NATA. Practising these questions regularly will help you perform well in the upcoming NATA 2026 exam.

Q.1) A number of children are standing evenly spaced around a circle. The third child is directly opposite the 28th child. How many children are there altogether?
a. 48
b. 50
c. 54
d. 56

Answer: b. 50.

Solution: The third child is 25 positions away from the 28th child, so the total number of children is 2×25=502 \times 25 = 502×25=50.

Q.2) A slid cube, 8 inches x 8 inches, is painted red on all the faces. The cube is then sliced into smaller equal-sized cubes of 1-inch x 1-inch x 1 inch. How many of these small cubes will have exactly two red faces?

Answer: 72.

Solution: There are 12 edges, with 6 cubes on each edge having 2 red faces, so the total is 12×6=72

Find: How to Prepare for NATA in 15 Days

Q.3) In the given number series: 12, 24, 21, 42, 39, 78.....which number would come next?

Solution: The given series alternates between multiplying by 2 and subtracting 3:

1. 12×2=24
2. 24−3=21
3. 21×2=42
4. 42−3=39
5. 39×2=78

So, the next step is 78−3=75

Answer: 75

Read more: Best Architecture Colleges in India

Q.4) A cylinder 15 cm long has a circumference of 4 cm. A string makes exactly 5 turns around the cylinder while its two ends touch the cylinder's top and bottom. How long is the string?

Solution:

Step-1: Unroll the cylinder:

When a cylinder is unrolled, its curved surface becomes a rectangle where: 

The height of the rectangle is the height of the cylinder: H= 15 cm

The width of the rectangle is the circumference of the cylinder: C=4 cm

Step-2. Analyze the path of the string

The string makes 5 complete turns. In each turn, the string moves: 

Horizontally: Once across the full circumference (4 cm)

Vertically: A fraction of the total height. Since there are 5 turns, the height covered per turn is:

h = 15/5 = 3 cm

Step-3: Calculate the length of one turn

Each turn forms the hypotenuse of a right-angled triangle. Using the Pythagorean Theorem (a^2 + b^2 = c^2):

Horizontal side (circumference) = 4 cm

Vertical side (height per turn) = 3 cm

Length of string per turn = √ 4^2 + 3^2 = √ 16 + 9 = √ 25 = 5 cm

Step-4:  Determine total string length

Since the string makes 5 identical turns, the total length is = 5 turns * 5 cm/turn = 25 cm

Q.5) A building of 25 meters casts a shadow 15 meters long on the ground. What will be the length of the shadow cast by a building 40 meters tall?

a. 20 meters
b. 24 meters
c. 26 meters
d. 30 meters

Solution:

We can solve this using the concept of proportionality. Since the height of the building and the length of the shadow are directly proportional, we set up the proportion:

height of first building / length of first shadow = height of second building / length of second shadow

Substitute the given values:

25/15 x =40

Now, solve for x (the length of the second shadow):

x=40×15 / 25 = 24 meters

Answer: b. 24 meters.

Check: NATA Question Papers PDF

Practice Logical Reasoning Questions for NATA 2026 - Use CreativEdge Free Resources 2026 Strategically

Sample NATA Aptitude Questions with Solutions PDF	Download Here
NATA Visual Reasoning Questions PDF (with Solutions)	Download Here
NATA Formula Sheet PDF	Download Here
NATA Mock Test	Attempt Here
NATA Preparation Video 2026	Watch Now
NATA Books 2026	Download Now
NATA PYQs	Download Now

Check: NATA Admit Card Link here

How to Prepare for Logical Reasoning in NATA 2026? - Step-by-step Strategy

Logical reasoning in NATA is one of the most scoring sections. Since questions are usually visual and pattern-based, you can improve quickly with the right preparation strategy.

1. Understand Most Important Question Types First

Focus on these high-priority topics based on past year trends:

Priority	Topics to Focus	Why Important
High	Pattern completion	Most frequently asked
High	Figure series	Easy scoring
High	Odd one out (figures)	Quick to solve
Medium	Cube folding	Moderate difficulty but common
Medium	3D visualization	Tests spatial ability
Medium	Letter series	Easy marks
Low	Complex puzzles	Rare in NATA

Also Check: Important NATA GK Questions With Answers

2. Practice Visual Reasoning Daily

Logical reasoning in NATA is mostly visual. Practice:

• Pattern recognition
• Shape transformation
• Rotation & reflection
• Mirror images
• 3D visualization

3. Use Elimination Method

Instead of solving fully:

• Eliminate wrong options quickly
• Compare differences
• Look for pattern logic

4. Focus on Speed + Accuracy

Target solving time:

Question Type	Ideal Time
Pattern completion	20 seconds
Figure series	20 seconds
Odd one out	15 seconds
Cube folding	30-40 seconds
3D visualization	30 seconds

Check: Best study timetable for the NATA exam

5. Practice Past Year Papers

Best preparation strategy:

• Solve last 5 years NATA papers
• Identify recurring patterns
• Improve speed

Past year questions often repeat in similar formats.

6. Score Maximization Strategy

To maximize marks:

• Attempt easy visual questions first
• Skip time-consuming cube questions initially
• Return later to moderate questions
• Avoid overthinking simple patterns

Check: NATA 2026 Subjects - Section-wise Important Topics

7-Day Quick Preparation Plan (Repeatable)

Day	Focus
Day 1	Pattern completion
Day 2	Figure series
Day 3	Odd one out
Day 4	Cube folding
Day 5	3D visualization
Day 6	Mixed practice
Day 7	Mock test

Expert Tips:

• Logical reasoning is easier than math
• Practice improves performance quickly
• Focus on visual observation skills
• Don't overthink simple patterns

Check: How to Improve NATA Score in 2026

Enroll in CreativEdges NATA Online Coaching

Conclusion

Logical reasoning questions for NATA are among the most scoring and easiest sections to improve with practice. These questions test your ability to identify patterns, analyze relationships, and solve problems quickly using both verbal and non-verbal logic.

Since NATA focuses more on non-verbal logical reasoning, students should prioritize figure-based questions such as pattern completion, cube folding, and visual sequences. At the same time, practicing verbal reasoning topics like letter series and word logic can help secure additional marks.

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