In this video, we demonstrate a unique Pythagoras Theorem Model using cardboard, LEDs, and metal touch nails.This DIY project shows how a² + b² = c² works in a right-angled triangle using an interactive lighting system. Pythagoras Theorem For any right-angled triangle:a² + b² = c²Where:• a = one shorter side• b = the second … Read more

In this video, we show how to make an Interactive Number Line Model (maths project) using metal nails, LED lights, wires, and a cardboard base.This simple DIY project helps students clearly understand: ➕ Positive Numbers0 Zero➖ Negative Numbers➡️ Direction on a Number Line✨ Touch-Sensitive Maths Learning How It Works? Touch the positive number nail → … Read more

In this video, I show how to make a Pythagoras Theorem Working Model using Syringes to push cardboard squares. The three squares 3², 4², and 5² are connected to syringes, and when we push the small syringes, the hydraulic pressure moves the big 5² square.This demonstrates that area of 3² + area of 4² = … Read more

In this video, learn how to make a simple and beautiful real-life Pythagoras theorem model using cardboard, color paper, and basic craft materials.This project shows how a ladder leaning against a wall forms a right-angled triangle and how we can calculate the ladder length using the Pythagorean formula:✔ c² = a² + b² Materials Needed … Read more

The best working math models for Class 9 include those demonstrating Pythagorean theorem, circle properties, lines and angles, and polygons. Models using physical representations like squares and triangles for geometry theorems are a great option, while a circular model can illustrate circle properties or a 3D model can showcase polygon 1. Pythagoras Theorem Working Model 2. Coordinate Geometry Plotter … Read more

This model shows corresponding angles. When a transversal cuts two parallel lines, angles in the same position form corresponding pairs. Here, nails act as touch points. When I touch nail 1 and nail 5 together, the circuit completes and the LED glows. That means ∠1 and ∠5 are corresponding angles. Materials Needed Board & Structure … Read more

Learn how to make a Congruent Triangles Working Model for your maths projects! This DIY TLM (Teaching Learning Material) tutorial is perfect for students, teachers, and math enthusiasts who want a simple yet effective way to demonstrate congruent triangles visually. In this video, we cover step-by-step instructions to create a craft-based, interactive maths model that … Read more

In this video, you will learn how to make a colorful and rotating wheel model on Sets for school projects, maths exhibitions, and TLM activities.This working model helps students understand Union (A ∪ B), Intersection (A ∩ B), Difference, Complement, Universal Set, and Null Set in a fun and interactive way. MATERIALS REQUIRED STEP–BY–STEP PROCEDURE … Read more

Learn how to make a Coordinate Geometry Working Model for Maths Exhibition, School Projects, and TLM (Teaching Learning Material).This simple DIY project clearly explains the X-axis, Y-axis, Quadrants, Coordinate Points, and Signs of Coordinates. MATERIALS REQUIRED STEP-BY-STEP MAKING PROCESS Step 1: Make the Circular Graph Board Step 2: Draw the Coordinate Axes Step 3: Mark … Read more

In this video, you will learn how to make a Double Bar Graph Model for maths exhibition or school project. This model clearly shows comparison of marks in two different exams (Half-yearly vs Annual) using colorful bars, chart paper, and foam sheets. Materials Needed Step-by-Step Procedure STEP 1: Prepare the Base STEP 2: Make the … Read more

In this video, we show how to make an amazing Maths Working Model that identifies Prime Numbers and Non-Prime Numbers using LED lights, metal nails, and a simple touch-probe switch.When you touch the probe to any number, the Green LED glows for Prime numbers and Red LED glows for Non-Prime numbers. 1) MATERIALS REQUIRED Electronics … Read more