Class 9 / Grade 9

Creating a working model to demonstrate corresponding angles using two protractors can be an effective way to illustrate this concept for a math exhibition. Here’s a simple DIY project using cardboard and two protractors: Materials Needed: Steps to Create the Corresponding Angles Working Model: Step 1: Prepare the Base: Step 2: Attach Protractors: Step 3: … Read more

Creating a working model to demonstrate different types of angles for a math exhibition using cardboard and paper can be a fun and educational project. Here’s a simple and easy DIY (Do It Yourself) project that showcases various types of angles: Materials Needed: Steps to Create the Types of Angles Working Model: Step 1: Prepare … Read more

Creating a working model to demonstrate the concept of finding the Highest Common Factor (HCF) using syringes and cardboard can be an interesting and interactive project. Here’s a simple and easy DIY (Do It Yourself) project for understanding HCF and LCM (Lowest Common Multiple): Materials Needed: Steps to Create the HCF Working Model: Step 1: … Read more

Creating a math working model for different types of fractions can be an engaging and educational project. Here’s a simple and easy DIY (Do It Yourself) project to demonstrate various types of fractions using everyday materials: Materials Needed: Types of Fractions to Represent: Steps to Create the Math Working Model: Step 1: Cut and Label … Read more

Lines A line is a straight path that extends infinitely in both directions. It is one-dimensional and has no thickness. Lines are fundamental elements in geometry and serve as the foundation for various geometric concepts. Types of Lines: Angles: An angle is formed by two rays or line segments that share a common endpoint. The … Read more

Creating a math machine working model using cardboard is a creative and engaging way to demonstrate mathematical concepts. Let’s design a simple math machine that can perform addition and subtraction operations. Materials Needed: Steps to Create the Math Machine: Step 1: Base Construction Step 2: Input and Output Sections Step 3: Operation Components Step 4: … Read more

Creating a “Before and After” 3D model for a math project using a cardboard box and color paper is a creative and engaging idea. This model can help students visualize the concept of numbers and their transformations. Here’s a step-by-step guide: Materials Needed: Video Steps by Steps on Numbers: 1. Prepare the Box: 2. Create … Read more

Creating a 3D bar graph model for a science exhibition comparing subject marks versus scored marks is a great way to visually represent data. Here’s a step-by-step guide using cardboard and color paper: Materials Needed: Video Steps by Steps Instructions : This 3D bar graph model not only provides a clear representation of subject marks … Read more

Creating a multiplication table working model using color paper can be a fun and interactive way to help visualize multiplication concepts. Here’s a step-by-step guide: Materials Needed: Video Steps on multiplication table maths project : This model provides a hands-on approach to learning multiplication tables and allows learners to see the relationships between factors and … Read more

Creating a place value working model using colored paper is a fantastic idea to help visualize the concept of place value with ones, tens, hundreds, and thousands. Here’s a step-by-step guide: Materials Needed: Video Steps for making place value working model : This hands-on and visually appealing model will serve as an excellent educational tool … Read more

Creating a geometrical 3D shapes working model for a math project using cardboard and colored paper can be both educational and visually appealing. Here’s a simple guide for making a 3D shapes : Materials Needed: Instructions: 1. Prepare the Base: a. Cut a square piece of cardboard. The size depends on how large you want … Read more