maths models for exhibition
Here’s how to create a Trigonometry Park Working Model, a creative and interactive representation of all major trigonometric concepts, using cardboard, color paper, push pins, and chopsticks. Concept: The Trigonometry Park is designed as a fun and educational space where different elements of the park (like trees, swings, slides, pathways, and observation decks) represent key … Read more
Here’s how to create a Trigonometric Ratios Table Working Model using cardboard, color paper, and a rotating mechanism. This model will visually display the trigonometric ratios in an interactive way. Concept: The model demonstrates the trigonometric ratios (sinθ\sin \thetasinθ, cosθ\cos \thetacosθ, tanθ\tan \thetatanθ, cscθ\csc \thetacscθ, secθ\sec \thetasecθ, cotθ\cot \thetacotθ) for standard angles (0°, 30°, 45°, … Read more
Here’s a creative Pythagoras Theorem working model idea using a tree theme, combining math with a nature-inspired design. This project visually demonstrates the theorem with an engaging setup. Concept: The model illustrates Pythagoras’ Theorem (a2+b2=c2a^2 + b^2 = c^2a2+b2=c2) using a tree and its surroundings. The tree trunk and the ground form the two legs … Read more
Here’s a Trigonometric Identities Working Model design idea in a rotating flower format, using color paper, a push pin, and cardboard. This model will visually represent trigonometric identities, making it interactive and engaging. Concept: The model displays major trigonometric identities in a flower-like structure, where each petal represents one identity. The petals are attached to … Read more
Here’s a creative idea for a Pythagoras Theorem working model using your materials, with an interactive mechanism to validate the hypotenuse using syringes. Concept: The model demonstrates the Pythagorean Theorem (a² + b² = c²) by showing how the squares of the two shorter sides (legs) of a right triangle add up to the square … Read more
Here’s a creative and interactive types of angles working model design for your math project using the mentioned materials. This model will help demonstrate different angles (acute, obtuse, right, etc.) and engage students effectively. Design Idea: Rotating Angle Viewer Materials Required: Step-by-Step Instructions: 1. Prepare the Base: 2. Attach the Protractor Template: 3. Create the … Read more
Creating an algebraic expressions working model using an octagon-shaped cardboard box with a rotating mechanism and picking expressions during the rotation is an engaging and creative project. Here’s a step-by-step guide to build this interactive model: Materials Required Steps to Create the Algebraic Expressions Model 1. Construct the Octagon-Shaped Box 2. Add Rotating Mechanism 3. … Read more
For an engaging algebraic expressions working model project focusing on algebraic identities, you could create a visual, interactive board or 3D model that demonstrates key identities in algebra. Here are some ideas to bring it to life: 3D Geometric Model for Identities https://www.youtube.com/@howtofunda
Creating a maths working model (TLM) to teach the concepts of greater than (>), less than (<), and equal to (=) can be a highly effective way to help students understand comparison of numbers. This interactive model will allow students to physically engage with these concepts and make learning more visual and fun. Objective: To … Read more
Creating a working model to demonstrate the properties of polygons (including sides, vertices, and angles) is an engaging way to visualize geometric concepts. This project can be interactive, allowing students to explore different polygons and understand their properties. Objective: To build a model that illustrates various polygons, highlighting their sides, vertices, and angles, while providing … Read more
Creating a real numbers working model with LED lights in a tree format is a fantastic way to visually represent the different sets of real numbers (natural numbers, whole numbers, integers, rational numbers, and irrational numbers) using an LED-powered structure. The tree format will allow you to organize and categorize these numbers with branches, and … Read more
Creating a working project on types of angles in both clock and flower formats using paper, cardboard, and push pins is a fun and interactive way to understand angle concepts. Here’s a step-by-step guide for each format: Materials Needed: Video Steps to Make the Model: 1. Create the Clock Face: 2. Make the Clock Hands: … Read more
Creating a working model of the Pythagorean theorem using LED lights is a creative way to demonstrate the relationship between the sides of a right-angled triangle. Here’s a step-by-step guide to build this model. Materials Needed: Video Steps for Creating the Model: 1. Prepare the Base 2. Construct the Triangle 3. Install the LED Lights … Read more
Creating a working model on sets (intersections and union) using syringes and cardboard is a great way to visualize these mathematical concepts. Here’s a step-by-step guide to help you create this model: Materials Needed: Video Steps for Creating the Model: 1. Prepare the Base 2. Create the Sets Using Balloons or Plastic Sheets 3. Attach … Read more
Factor Tree Working Model Using Cardboard and Color Paper A factor tree is a visual tool used in mathematics to break down a number into its prime factors. Creating a factor tree model using cardboard and color paper helps to understand the process of prime factorization in a clear and interactive way. This project will … Read more