CBSE Class 6 Maths Syllabus - Free PDF Download
CBSE Syllabus 2025-26 Class 6: The CBSE Class 6 Maths Syllabus for the examination year 2025-26 has been released by the Central Board of Secondary Education, CBSE. The board will hold the final examination at the end of the year following the annual assessment scheme, which has led to the release of the syllabus. The 2025-26 CBSE Class 6 Maths Board Exam will entirely be based on the most recent syllabus. Therefore, students must thoroughly understand the new CBSE syllabus to prepare for their annual exam properly.
The detailed CBSE Class 6 Maths Syllabus for 2025-26 is below.
Academic year:
CBSE Class 6 Mathematics Revised Syllabus
CBSE Class 6 Mathematics Course Structure 2025-26 With Marking Scheme
| # | Unit/Topic | Weightage |
|---|---|---|
| 1 | Mathematics | |
| 1 | Patterns in Mathematics | |
| 2 | Lines and Angles | |
| 3 | Number Play | |
| 4 | Data Handling and Presentation | |
| 5 | Prime Time | |
| 6 | Perimeter and Area | |
| 7 | Fractions | |
| 8 | Playing with Constructions | |
| 9 | Symmetry | |
| 10 | The Other Side of Zero | |
| Total | - |
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Syllabus
1: Mathematics
CBSE Class 6 Mathematics Syllabus
1 Patterns in Mathematics
- Mathematical Patterns
- Definition: Pattern
- Example
- Square Numbers and Their Formation
- Triangular Numbers and Their Formation
- Key Points Summary
- Patterns in Numbers
- Number Patterns and Sequences
- Visualising Number Sequence
- Exploring Number Patterns
- Relations Among Number Sequences
- Patterns in Shapes
- Introduction
- Relation among Shapes and Number Sequence
2 Lines and Angles
- Fundamentals of Geometrical Concepts
- Introduction
- Fundamental Geometrical Concepts
- Concept of Points
- Definition: Point
- Fundamental Concept of a Point
- Definition: Collinear Points
- Definition: Non-Collinear Points
- Real-Life Examples
- Key Points Summary
- Line Segments
- Definition: Line Segment
- Properties and Measurement of a Line Segment
- Activity: Understanding a Line Segment
- Concept of Lines
- Definition: Line
- Definition: Concurrent Lines
- Fundamental Properties and Representation of a Line
- Rays
- Introduction
- Definition: Ray
- Properties and Representation of a Ray
- Concept of Angle
- Introduction
- Parts of an Angle
- Naming and Representation of an Angle
- Example
- Real-Life Examples
- Comparing Angles
- Introduction
- Comparing by Superimposition
- Comparing Without Superimposition
- Formation of Rotating arms
- Types of Angles
- Introduction
- Types of Angles
- Activity: Exploring a Straight Angle Using Paper Folding
- Key Rotational Benchmarks
- The Perpendicular
- Introduction
- Definition: Perpendicular Lines
- Real-Life Applications
- Key Points Summary
- Measuring Angles
- Introduction
- Units of Measurement
- Measuring with a Protractor
- Steps to Measure an Angle Using a Protractor
- Activity: Make Your Own Paper Protractor
- Key Points Summary
- Common Errors
- Concept of Angle Bisector
- Definition
- Properties of an Angle Bisector
- Activity
- Construction of an Angle
- Introduction
- Drawing an Angle Using a Protractor
- Construct an Angle Equal to a Given Angle
- Constructing Particular Angles (Bisecting an Angle)
- Key Points Summary
3 Number Play
- Fundamentals of Numbers
- Supercells
- Number Line
- Definition: Number Line
- Steps to Draw a Number Line
- Movement on the Number Line
- Using an Unmarked Number Line
- Examples
- Key Points Summary
- Working with Number Digits
- Palindromic Patterns
- Kaprekar Number
- Definition
- Steps
- Clock and Calendar Numbers
- Mental Math
- Patterns in Numbers
- Number Patterns and Sequences
- Visualising Number Sequence
- Exploring Number Patterns
- Relations Among Number Sequences
- The Collatz Conjecture
- Basic Concept of Estimation and Approximation of Numbers
- Definition: Estimation
- Benefits of Estimation
- Real-Life Example
4 Data Handling and Presentation
- Mathematical Data Collection and Organisation
- Introduction
- Definition: Data
- Definition: Raw Data
- Organising Data
- Example 1
- Example 2
- Example 3
- Key Points Summary
- Pictographs
- Introduction
- Scale
- Example 1
- Example 2
- Key Points Summary
- Bar Graphs
- Introduction
- Elements of Bar Graph
- Example 1
- Example 2
- Example 3
- Key Points summary
- Artistic and Aesthetic Considerations
- Introduction and Graphical Interpretation
- Infographics
5 Prime Time
- Multiples and Common Multiples
- Introduction
- Definition: Multiple
- Examples
- Properties of Multiples
- Real-life Application
- Factors and Common Factors
- Definition: Factor
- Product and Factor
- Examples of Finding Factors of Numbers
- Properties of Factors
- Definition: Common Factor
- Activity
- Prime and Composite Numbers
- Definition: Prime Numbers
- Definition: Twin Prime Numbers
- Definition: Composite Number
- Activity: Prime or Composite? Build and Decide!
- Classification of Numbers Based on Their Factors
- Key Points Summary
- Eratosthenes’ Method of Finding Prime Numbers
- Historical Note
- Step-by-Step Guide to Eratosthenes’ Prime Number Method
- Key Points Summary
- Co-prime Numbers
- Definition: Co-primes
- Properties of Co-Prime Numbers
- Thread Art Patterns and Co-primality
- Prime Factorisation
- Definition: Prime Factor
- Examples
- Prime Factorisation of a Product
- Applications of Prime Factorisation: Checking Co-primeness
- Applications of Prime Factorization: Checking Divisibility
- Tests for Divisibility of Numbers
- Introduction
- Divisibility Rules
- Divisibility by 10
- Rule
- Step-by-Step Explanation
- Examples
- Real-Life Application
- Key Points Summary
- Divisibility by 5
- Rule
- Step-by-Step Explanation
- Examples
- Real-Life Application
- Key Points Summary
- Divisibility by 2
- Rule
- Step-by-Step Explanation
- Examples
- Real-Life Application
- Key Points Summary
- Divisibility by 4
- Rule
- Step-by-Step Explanation
- Examples
- Real-Life Application
- Key Points Summary
- Divisibility by 8
- Rule
- Step-by-Step Explanation
- Examples
- Real-Life Application
- Key Points Summary
- Exploring Special Numbers & Logical Reasoning
- Activity 1: Special Numbers
- Activity 2: Prime Puzzle
6 Perimeter and Area
- Concept of Perimeter
- Introduction
- Formula: Perimeter
- Units of Perimeter
- Example 1
- Example 2
- Key Points Summary
- Perimeter of a Rectangle
- Introduction
- Formula : Perimeter of a Rectangle
- Example 1
- Example 2
- Example 3
- Key Points Summary
- Perimeter of Squares
- Introduction
- Formula: Perimeter of Squares
- Example 1
- Example 2
- Key Points Summary
- Perimeter of Triangle
- Problems based on Perimeter
- Perimeter Formulas
- Example 1
- Example 2
- Example 3
- Example 4
- Activity: Race Track Problem
- Key Points and Common Mistakes to Avoid
- Perimeter of a Regular Polygon
- Perimeter of an Equilateral Triangle
- Introduction
- Formula: Perimeter of an Equilateral Triangle
- Example 1
- Example 2
- Key Points Summary
- Concept of Area
- Introduction
- Formula: Area
- The Standard Unit of Area
- Example
- Problems based on Area
- Features and Formulas
- Example 1
- Example 2
- Example 3
- Example 4
- Example 5
- Key Points Summary
- Area of a Triangle
- Exploring Shapes Through Perimeter and Area
7 Fractions
- Concept of Fraction
- Definition: Fraction
- Structure of Fraction
- Understanding Parts of a Whole with Fractions
- Real-Life Applications
- Key Points Summary
- Fractional Units
- Fractional Units and Equal Shares
- Fractional Units as Parts of a Whole
- Measuring Using Fractional Units
- Representation of a Fractions on the Number Line
- Concept of Fractions on a Number Line
- Marking Fractions on the Number Line
- Types of Fractions
- Concept of Mixed Fractions
- Definition: Mixed Fraction
- Structure of Mixed Fractions
- Example 1
- Example 2
- Example 3
- Real-Life Application
- Key Points Summary
- Concept of Equivalent Fractions
- Definition: Equivalent Fractions
- Definition: Cross Product
- Obtaining Equivalent Fractions
- Examples
- Real-Life Application
- Key Points Summary
- Concept of Mixed Fractions
- Simplest Form of a Fractions
- Definition: Simplest Form
- Method 1: Divide the Numerator and Denominator by their HCF
- Method 2: Use Prime Factorization to Cancel Common Factors
- Key Points Summary
- Comparing Fractions
- Introduction
- Case 1: Comparing Like Fractions
- Case 2: Comparing Unlike Fractions
- Case 3: Comparing Unlike Fractions with the Same Numerators
- Example 1
- Example 2
- Key Points Summary
- Addition of Fraction
- Introduction
- Steps for Adding Fractions
- Case 1: Proper Fraction + Proper Fraction
- Case 2: Improper Fraction + Improper Fraction
- Case 3: Mixed Fraction + Mixed Fraction
- Brahmagupta’s Method for Adding Fractions (Adding Unlike Fractions)
- Example 1
- Example 2
- Example 3
- Key Points Summary
- Subtraction of Fraction
- Introduction
- Steps for Subtracting Fractions
- Case 1: Proper Fraction – Proper Fraction
- Case 2: Improper Fraction – Improper Fraction
- Case 3: Mixed Fraction – Mixed Fraction
- Real-Life Application
- Key Points Summary
- The History and Origins of Fractions
8 Playing with Constructions
- Basic Concept of Construction
- Introduction
- Making Figures Using Compass
- Squares and Rectangles
- Constructing Squares and Rectangles
- An Exploration in Rectangles
- Constructing Complex Figures
- Exploring Diagonals of Rectangles and Squares
- Points Equidistant from Two Given Points
- Theorem
9 Symmetry
- Concept of Symmetry
- Introduction
- Definition: Symmetry
- Definition: Line of Symmetry
- Activity 1
- Activity 2
- Key Points Summary
- Reflection Symmetry (Mirror Symmetry)
- Definition: Reflectional Symmetry
- Axis of Symmetry
- Examples
- Generating Symmetric Shapes
- Rotational Symmetry
- Introduction
- Symmetries of a Circle
10 The Other Side of Zero
- Fundamentals of Numbers
- Negative and Positive Numbers
- Definition
- Integer Positions and Their Relationships
- Bela’s Building of Fun
- Numbering the floors in the building of fun
- Tracking Movement: Using Positive and Negative Numbers
- Tracking Movement and Combining Button Presses
- Additive Inverse
- Addition and Subtraction of Large Numbers
- Comparison of Integers
- Number Line
- Definition: Number Line
- Steps to Draw a Number Line
- Movement on the Number Line
- Using an Unmarked Number Line
- Examples
- Key Points Summary
- Conversion between Addition and Subtraction
- The Token Model
- Using tokens for addition
- Using tokens for subtraction
- Integers in Other Places
- Credits and debits
- Geographical cross sections
- Temperature
- Explorations with Integers
- A hollow integer grid
- Integers
- Definition: Integers
- Introduction to Integers and Their Representation
- Understanding the Collection of Integers through Sets
- Real-Life Application
- Key Points Summary
