maths working models for exhibition
Introduction Sequences and progressions are important concepts in mathematics used to identify patterns in numbers. This project demonstrates two common types of progressions: Arithmetic Progression (A.P.) and Geometric Progression (G.P.). The model uses colorful blocks and arrows to make the mathematical patterns easy to understand visually. It shows how numbers change from one term to … Read more
Today I am going to explain my Maths project on Polynomials and Non-Polynomials. This project helps students understand the difference between polynomial and non-polynomial expressions in a simple and interesting way. A polynomial is an algebraic expression in which the powers of variables are whole numbers. Examples of polynomials are: These are polynomials because the … Read more
Introduction This 2D and 3D Shapes Working Model is designed to help students clearly understand the difference between two-dimensional (2D) shapes and three-dimensional (3D) shapes.The model uses real shape cut-outs and LED indicators to make learning interactive and visual. Aim of the Model The main aim of this model is to: Concepts Used Main Parts … Read more
Introduction This is a Trigonometry True or False Working Model designed to help students understand standard trigonometric values in an interactive way.Instead of memorizing values, students can test statements and get instant feedback using LEDs. The model makes learning trigonometry fun, practical, and engaging. Aim of the Model The aim of this model is to: … Read more
Introduction This working model is designed to explain the four important concepts of data handling: Instead of only writing formulas, this model uses a rotating flower-type display and a sliding answer window, making learning visual, interactive, and easy to understand. Aim of the Model The main aim of this model is to: Main Parts of … Read more