Chapter 1 · Class 6 CBSE

Patterns in Maths Class 6 — NCERT Chapter 1 with Solutions

Last updated: March 2026 | Aligned to 2025-26 syllabus

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Patterns in Mathematics is a Class 6 CBSE maths topic covering discover and extend patterns in numbers, shapes, and mathematical structures. Practice free at SparkEd Maths with 60+ questions across 3 difficulty levels.

Topic Overview

BoardCBSE
Class6
TopicPatterns in Mathematics
Questions Available60+
Difficulty LevelsEasy, Medium, Hard
WorksheetFree PDF download
PriceFree

Discover and extend patterns in numbers, shapes, and mathematical structures.

In the Class 6 CBSE syllabus, Patterns in Mathematics is a foundational chapter that connects to several later topics. Mastering it early gives students a clear advantage in school exams and competitive tests alike. The chapter builds from basic definitions through worked examples to challenging application problems.

On SparkEd, every question for Patterns in Mathematics is mapped to the CBSE curriculum. You can practise at three difficulty levels — easy, medium, and hard — and download a fresh worksheet each day. Our AI-powered Spark Coach is available to explain any doubt step-by-step.

Key Concepts in Patterns in Mathematics

  • 1Identify and extend number and shape patterns
  • 2Write the general rule or nth term of a sequence
  • 3Distinguish arithmetic, geometric, and other patterns
  • 4Calculate sums of series using standard formulas
  • 5Apply sequences to real-world contexts like savings and population growth
  • 6Solve pattern-based puzzles and Olympiad-style questions

What is Chapter 1 Patterns in Mathematics about?

NCERT Class 6 Maths Chapter 1 — Patterns in Mathematics — is the opening chapter of the new 2025-26 Ganita Prakash textbook. It shows students how mathematics helped propel humanity by letting us spot, describe and predict patterns in everything from odd numbers and counting numbers to calendars, trains, cars, planes, phones, computers, bicycles, TVs and even how democracy, bridges and houses are built.

Every pattern you meet here follows a rule. Once you find the rule, you can explain it with a picture, write it as a sequence, and even predict what comes 10 or 100 steps later. That single skill — spot the rule, use the rule — sits at the heart of every maths chapter you'll study from now on.

Key number sequences every Class 6 student should know

The NCERT textbook introduces several families of sequences. Each one has a distinct rule, a distinct picture, and shows up again in later chapters. Here are the most important ones, all ready for quick revision:

SequenceValuesRule / Note
Counting numbers (naturals)1, 2, 3, 4, 5, 6, 7, ...Add 1 each time. The simplest sequence.
Odd numbers1, 3, 5, 7, 9, 11, ...Skip-count by 2 starting from 1. Sum of first n odd numbers = n².
Even numbers2, 4, 6, 8, 10, 12, ...Skip-count by 2 starting from 2. Sum of first n even numbers = n(n+1).
Triangular numbers1, 3, 6, 10, 15, 21, ...Add consecutive counting numbers. Form a triangle of dots.
Square numbers1, 4, 9, 16, 25, 36, ...n × n. Form a square of dots.
Powers of 33, 9, 27, 81, 243, 729, ...Multiply by 3 each time. Grows very fast.
Powers of 22, 4, 8, 16, 32, 64, 128, ...Double each time. Used in computers and bicycles gears.
Cube numbers1, 8, 27, 64, 125, ...n × n × n. Form a cube of dots.
Virahānka numbers1, 2, 3, 5, 8, 13, 21, ...Each number is the sum of the previous two. Appears in Indian classical music rhythm.

Exercise 1.6 — Relation to number sequences

Exercise 1.6 asks you to look at adding counting numbers, adding odd numbers, and adding even numbers, then spot what the totals tell you. Adding the first n counting numbers gives triangular numbers (1, 3, 6, 10, 15). Adding the first n odd numbers always gives a perfect square (1, 4, 9, 16, 25). Adding the first n even numbers gives rectangular numbers (2, 6, 12, 20, 30). These sequences appear in a table so students see how one sequence relates to another at a glance.

This is the first time Class 6 students meet the idea that different sequences can sit inside a table and point at the same number rule. It's also the foundation for later chapters on squares, square roots, and arithmetic progressions.

Patterns around you — real-world examples from the NCERT textbook

Ganita Prakash doesn't just talk about numbers. It points at calendars, trains, cars, planes, phones, computers, bicycles and TVs — objects you see every day — to show that patterns are everywhere. The days of the week repeat in a cycle of 7. The carriages of a train line up in a sequence. The wheels on a bicycle repeat every rotation. Even how democracy, bridges and houses are built relies on repeating structures. Spotting these real-world patterns is what makes the chapter click for most students.

NCERT Solutions for Class 6 Maths Chapter 1 — step-by-step

Every question from Exercises 1.1 to 1.6 of Ganita Prakash Class 6 has a step-by-step solution on SparkEd. Solutions explain the rule for a pattern, show it with a picture, and work through the answer without skipping steps. If a question feels hard, Spark Coach can walk you through the same question with hints — you find the answer yourself.

Practice Questions — Patterns in Mathematics

SparkEd has 60 questions for this topic across three difficulty levels.

Easy, Medium, and Hard — with step-by-step solutions and AI doubt-clearing.

Download Free Worksheet — Patterns in Mathematics

Get a printable PDF worksheet for Patterns in Mathematics with questions at easy, medium, and hard levels. A fresh worksheet is generated every day so you never run out of practice material.

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Frequently Asked Questions

What is the rule for a pattern in Class 6 maths?+
The rule is what you do to one number (or shape) to get the next one. For 2, 4, 6, 8, ... the rule is 'add 2 each time'. For 3, 9, 27, 81, ... the rule is 'multiply by 3 each time'. Once you know the rule, you can continue the pattern as far as you like.
What are odd numbers in Class 6?+
Odd numbers are numbers that leave a remainder of 1 when divided by 2 — so 1, 3, 5, 7, 9, 11 and so on. In the NCERT Class 6 chapter, odd numbers make their own pattern: adding the first n odd numbers always gives a perfect square. For example, 1 + 3 = 4, 1 + 3 + 5 = 9, 1 + 3 + 5 + 7 = 16.
How do you explain a pattern with a picture?+
Draw the pattern as dots, shapes or rows. Triangular numbers (1, 3, 6, 10) form actual triangles. Square numbers (1, 4, 9, 16) form actual squares. Odd numbers stacked in L-shapes build up squares. A good picture often explains a number pattern faster than words.
What is the NCERT Chapter 1 Class 6 maths called?+
In the new 2025-26 Ganita Prakash textbook, Chapter 1 is called 'Patterns in Mathematics'. It replaces 'Knowing Our Numbers' from the older NCERT book and introduces students to number sequences, rules, and real-world patterns as the foundation for the whole year's maths.
Why do we study patterns in mathematics?+
Patterns are how mathematics helped propel humanity. Calendars, trains, bridges, houses, phones, computers — every one of them uses repeating rules. Spotting a pattern lets us predict what comes next without counting every step. That's why Class 6 NCERT opens the year with this chapter.
What is Patterns in Mathematics in Class 6 CBSE Maths?+
Patterns in Mathematics is a chapter in the Class 6 CBSE syllabus. Discover and extend patterns in numbers, shapes, and mathematical structures. It covers both conceptual understanding and problem-solving skills tested in school exams.
How many questions does SparkEd have for Patterns in Mathematics?+
SparkEd offers 60 practice questions for Patterns in Mathematics, spread across easy, medium, and hard difficulty levels. New questions are added regularly.
Where can I practise Patterns in Mathematics online for free?+
You can practise Patterns in Mathematics for free right here on SparkEd. Pick a difficulty level and start solving — no signup is required to try.
Is there a free worksheet for Patterns in Mathematics Class 6?+
Yes. SparkEd provides a downloadable PDF worksheet for Patterns in Mathematics with questions at all difficulty levels. You can generate a fresh worksheet every day.
How to score well in Patterns in Mathematics?+
Start by understanding the core concepts and formulas. Then solve the easy-level questions on SparkEd to build confidence, move to medium and hard, and finally attempt timed practice. Consistent daily practice of 15-20 minutes makes a big difference.

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