Mathematical Models

Showing all 12 results

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  Mathematical Models

  Addition and Subtraction Board

  This Addition and Subtraction Board is designed to be used with base ten blocks to provide a hands-on approach to exploring the addition and subtraction of whole numbers. Students can physically manipulate blocks representing units, tens, hundreds, and thousands to visually understand place value and the step-by-step process of adding or subtracting numbers.This board can be used with base ten blocks to explore addition and subtraction of whole numbers.

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  Mathematical Models

  Classroom Base Ten Block Set

  A Classroom Base Ten Set is a hands-on educational tool used to teach students the concept of place value and the decimal number system. It helps students understand how numbers are composed and decomposed in terms of units, tens, hundreds, and thousands.Components:Unit Blocks (Ones): Small cubes representing the number 1.Rod (Tens): A rod made up of 10 unit blocks connected in a line, representing the number 10.Flat (Hundreds): A flat square made up of 10 rods (100 unit cubes), representing the number 100.Large Cube (Thousands): A large cube made up of 10 flats (1,000 unit cubes), representing the number 1,000.

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  Mathematical Models

  Flip n Fraction Geoboard with Circle Cuts

  The Flip n Fraction Geoboard is a dual-sided, versatile learning tool designed to explore a wide range of fraction and geometry concepts. One side features a square geoboard, ideal for creating shapes, exploring area, perimeter, and line symmetry, while the other side features a circular geoboard with a fraction tray and removable fraction cut-outs. These components help students visually understand and compare fractions, equivalent fractions, and fractional parts of a whole, making abstract mathematical ideas more concrete and engaging.

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  Mathematical Models

  Geometriacl shapes

  This geometrical shape maths model is designed to help students understand basic two-dimensional (2D) and three-dimensional (3D) shapes in an easy and visual way. The model includes common shapes such as square, rectangle, triangle, circle, cube, cuboid, sphere, cylinder, cone, and pyramid. It helps learners identify sides, edges, vertices, and understand concepts like area, perimeter, surface area, and volume. This model is ideal for classroom teaching, maths laboratories, and school exhibitions, making abstract geometrical concepts simple and engaging for students.

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  Mathematical Models

  Maths Circular Geoboard

  The Circular Geoboard is a unique hands-on learning tool designed to explore circle geometry in an interactive way. It features 24 equally spaced pegs arranged along two concentric circles and includes one central peg, enabling students to create various geometric shapes and investigate important circle-related theorems. By using rubber bands, learners can visually explore concepts like angles at the center and circumference, chords, arcs, sectors, tangents, and symmetry, making complex ideas more accessible and engaging.

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  Mathematical Models

  Maths Isometric Geoboard

  The Isometric Geoboard is an excellent tool for developing spatial visualization skills in children. Designed with a triangular grid layout, it allows learners to imagine and construct 3D shapes by stretching rubber bands across pegs. This hands-on activity promotes an intuitive understanding of three-dimensional geometry, including prisms, pyramids, and isometric drawings. Perfect for classroom or individual use, the isometric geoboard makes abstract spatial concepts easier to understand and more engaging to explore.

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  Mathematical Models

  Maths Number Cards

  These cards are versatile learning aids that can be used alongside an ascending/descending board, base ten blocks, and other resources to make number concepts engaging and fun. They help students practice ordering numbers, place value, and number recognition through interactive activities, enhancing understanding in an enjoyable way.

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  Mathematical Models

  Senior Pythagoras (Magnetic)

  This demonstration set is made of durable acrylic and includes 4 right-angled triangles along with 1 large square, all arranged within a 16” × 16” frame. Designed for clear visual proof of the Pythagorean theorem, this set can be easily displayed on a magnetic board for classroom demonstrations. It provides an effective, hands-on way to show that the area of the large square (representing the square of the hypotenuse) equals the combined areas of the squares of the other two sides.

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  Mathematical Models

  Sextant Maths Lab

  A sextant is a navigation instrument used to measure the angle between two visible objects. Most commonly, it’s used to measure the angle between a celestial object (like the sun, moon, or a star) and the horizon. This measurement is crucial for celestial navigation, especially at sea.

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  Mathematical Models

  Teachers Geometry Box

  Set Squares: Triangular tools used to draw precise angles (commonly 30°, 45°, 60°, and 90°).Protractor: Used to measure and draw angles.Compass: Used for drawing circles or arcs.Eraser: For correcting mistakes.Ruler: For measuring straight lines.

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  Mathematical Models

  Working Model of Power of 2

  Each step doubles the previous number Sequence: Where is Power of 2 used? Computer Science (binary system: 0 and 1) Digital memory & storage (1 KB = 2¹⁰ bytes) Patterns and logic in mathematics Educational activities and math lab models Additional Information: Delivery Time: 7-10 days Packaging Details: Box type

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  Mathematical Models

  Working Model of Pythagoras Theorem

  This working model is an excellent tool for visually demonstrating the Pythagorean theorem through the concept of volume. It allows teachers to easily show the whole class that the sum of the volumes of the cubes constructed on sides a and b of a right-angled triangle is equal to the volume of the cube on side c (the hypotenuse). This hands-on model makes understanding the theorem more intuitive by moving beyond just areas to three-dimensional proof.