1. Knowing Our Numbers 

    Content: Introduction to large numbers, place value, comparison of numbers, estimation, and the concept of Roman numerals. 

    Objective: To develop skills in understanding and using large numbers in everyday situations and familiarizing students with number representation systems.

2. Whole Numbers 

    Content: Introduction to whole numbers, their properties, and operations like addition, subtraction, multiplication, and division. 

    Objective: To help students understand the concept of whole numbers and their properties such as commutative, associative, and distributive laws.

3. Playing with Numbers  

    Content: Learning factors and multiples, prime and composite numbers, divisibility rules, and finding HCF and LCM. 

    Objective: To enhance students’ understanding of numbers through factors, multiples, and divisibility tests.

4. Basic Geometrical Ideas 

    Content: Introduction to basic geometrical shapes and concepts like points, lines, angles, triangles, circles, and polygons. 

    Objective: To introduce students to fundamental geometrical shapes and terms used in geometry.

5. Understanding Elementary Shapes 

    Content: Learning about different types of shapes and their properties, such as angles, triangles, quadrilaterals, and polygons. 

    Objective: To help students identify, describe, and classify basic shapes based on their properties.

6. Integers 

    Content: Understanding positive and negative numbers, addition and subtraction of integers, and their representation on a number line. 

    Objective: To introduce students to integers and operations on integers, including their realworld applications.

7. Fractions 

    Content: Types of fractions, operations on fractions (addition, subtraction, multiplication, division), and simplifying fractions. 

    Objective: To teach students how to work with fractions and use them effectively in solving mathematical problems.

8. Decimals 

    Content: Introduction to decimals, place value in decimals, operations on decimals, and conversion between fractions and decimals. 

    Objective: To enhance the understanding of decimal numbers and their operations in reallife situations like money, measurement, etc.

9. Data Handling 

    Content: Introduction to data collection, representation using bar graphs, pictographs, and understanding averages. 

    Objective: To teach students how to collect, organize, and represent data graphically, and analyze the results.

10. Mensuration 

    Content: Learning about perimeter and area of basic geometrical figures such as rectangles, squares, and triangles. 

    Objective: To enable students to calculate the perimeter and area of two dimensional shapes and understand their reallife applications.

11. Algebra 

    Content: Introduction to algebraic expressions, variables, and simple equations, along with solving basic algebraic problems. 

    Objective: To familiarize students with the use of variables in algebraic expressions and equations, developing logical thinking.

12. Ratio and Proportion 

    Content: Understanding the concepts of ratio, proportion, and unitary method, along with solving related problems. 

    Objective: To help students grasp the idea of comparing quantities and applying ratios and proportions to solve practical problems.

13. Symmetry 

    Content: Introduction to symmetry, lines of symmetry, and reflective symmetry in two dimensional shapes. 

    Objective: To enable students to recognize symmetry in geometrical shapes and objects, enhancing their spatial awareness.

14. Practical Geometry 

    Content: Learning how to use geometrical instruments like compasses and rulers to construct basic geometrical shapes such as angles, bisectors, and triangles. 

    Objective: To develop practical geometry skills and the ability to accurately construct shapes and figures.