maths working models for exhibition
Creating a working model to demonstrate circle theorems using cardboard and color paper is a great way to make these geometric concepts more tangible. Here’s a step-by-step guide: Materials Needed: Steps by Step Video Instructions: 1. Prepare the Base: 2. Draw the Circumference: 3. Cut Out Shapes: 4. Label the Shapes: 5. Create Theorems: 6. … Read more
Creating a working model to demonstrate the laws of exponents using cardboard and color paper can be a fun and educational project. Here’s how you can make it: Materials Needed: Steps by Steps Video Instructions : 1. Prepare the Base: 2. Define Exponents: 3. Create Exponential Expressions: 4. Arrange Base Numbers and Exponents: 5. Display … Read more
Creating a points and lines math model using cardboard and colored paper is a great way to illustrate basic geometry concepts. Here’s how you can make it: Materials Needed: Steps by step video instructions: 1. Prepare the Base: 2. Draw Points: 3. Label Points: 4. Draw Lines: 5. Cut Out Lines (Optional): 6. Create Intersections: … Read more
Creating a working model of quadrilaterals for a math exhibition can be both educational and engaging. Here’s a step-by-step guide to making a model using cardboard and color paper: Materials Needed: Steps by Step Video instructions: 1. Prepare the Base: 2. Draw Quadrilaterals: 3. Cut Out Quadrilaterals: 4. Label Quadrilaterals: 5. Decorate: 6. Create Angles: … Read more
Creating a coordinate geometry model for a maths graph project can be both educational and fun. Here’s a step-by-step guide to making a working model using cardboard and color paper: Materials Needed: Steps by Steps Video Instructions : 1. Prepare the Base: 2. Draw Axes: 3. Create Grid Lines: 4. Make Coordinate Points: 5. Attach … Read more
Creating a working model to demonstrate angles using cardboard and colored paper is a great hands-on approach to help students understand different types of angles. Here’s how you can make it: Materials Needed: Steps by Steps video instructions: 1. Prepare the Base: 2. Draw Lines: 3. Create Angle Labels: 4. Formulate the Model: 5. Construct … Read more
Creating a working model to demonstrate profit and loss formulas using cardboard and colored paper is a great way to help students understand these concepts visually. Here’s how you can make it: Materials Needed: Steps by Steps Video Instructions: 1. Prepare the Base: 2. Draw Sections: 3. Create Labels: 4. Formulate the Model: 9. Display … Read more
Creating a number line working model using cardboard and colored paper is a simple yet effective way to help students visualize numbers and understand their order. Here’s how you can make it: Materials Needed: Steps by Steps video instructions : 1. Prepare the Base: 2. Draw the Number Line: 3. Create Number Cards: 4. Decorate … Read more
Creating a working model to demonstrate angles on parallel lines is a great way to help students understand the concepts of alternate angles, corresponding angles, and interior angles on parallel lines. Here’s a simple yet effective way to make it: Materials Needed: Steps by Steps Video Instructions: 1. Prepare the Base: 2. Draw Parallel Lines: … Read more
Creating a working model to demonstrate the parts of a circle for a mathematics teaching and learning material (TLM) is a great way to help students understand the components of a circle. Here’s a simple yet effective way to make it: Materials Needed: Steps by Step Video Instructions: 1. Prepare the Base: 2. Divide the … Read more
Creating a number system working model for a mathematics teaching and learning material (TLM) is a fantastic idea to help students understand the concepts of different number systems. Here’s a simple way to make it: Materials Needed: Steps by Step Video Instructions: 1. Prepare the Base: 2. Represent Decimal System: 3. Add Place Values: 4. … Read more
Creating a 3D shapes working model with properties can be a great math teaching aid. Here’s how you can do it using cardboard and color papers: Materials Needed: Shapes to Include: Step by Step Video Instructions: This 3D shapes working model serves as an excellent math teaching aid, helping students visualize and understand the properties … Read more
A circle is a fundamental geometric shape defined by a set of points in a plane that are equidistant from a fixed center point. Understanding the various parts of a circle is essential in geometry. Here’s an introduction to the key components of a circle: Creating a working model of the parts of a circle … Read more
Angles are fundamental geometric elements that measure the amount of rotation between two intersecting lines. They are classified into various types based on their measures and characteristics. Here’s an introduction to the common types of angles: Understanding the types of angles is crucial in geometry, trigonometry, and various mathematical applications. Angles are often identified by … Read more
Introduction to Place Value: Place value is a fundamental concept in mathematics that helps us understand the numerical value of each digit in a number based on its position or place in the number. It forms the basis for our entire number system and is crucial for performing arithmetic operations and solving mathematical problems. Key … Read more