Maths Model

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Maths Model
Maths Magnetic Board

The Higher Secondary Mathematics Kit is a comprehensive set of manipulatives designed to support advanced mathematical learning through interactive, hands-on activities. Each activity in the kit can be effectively performed by students with the help of a Magnetic Board, which provides a versatile surface for arranging and exploring various mathematical models.Each activity of Higher Secondary Kit can effectively performed by student with the help of Magnetic Board.
Maths Model
Maths Magnetic Numbers

Every child loves playing with magnetic numbers on the refrigerator! These durable, soft EVA foam numbers are brightly colored and feature a gentle magnetic backing, making them safe and fun for young children. Their large size is perfect for little hands to grip easily. Ideal for number recognition, simple math expressions, and basic equations, this set makes early math learning engaging and interactive at home or in the classroom.
Maths Model
Maths Multiplication Board

This board comes with foam square tiles designed to help students explore and understand multiplication of whole numbers. By physically arranging the tiles on the board, learners can visualize multiplication concepts, making it easier to grasp the process of repeated addition and area models of multiplication. This hands-on tool is ideal for building foundational math skills in an interactive way.
Maths Model
Maths Stacking Counters

Stacking Counters typically refers to objects or tools used for counting and organizing items, often in a stacked arrangement. They are commonly used in educational settings to help children understand numbers, addition, subtraction, and basic math concepts through hands-on learning. Each counter can be stacked on top of another, making it easy to visualize quantities and compare values.
Maths Model
Maths Triangle Kit

This educational triangle kit is designed to help children learn about the classification and congruency of triangles based on their sides and angles. The kit includes 5 different types of congruent triangles, allowing learners to explore and compare properties such as equal sides, equal angles, and symmetry. By manipulating and analyzing the triangle pieces, students gain hands-on experience in identifying scalene, isosceles, and equilateral triangles, as well as acute, right, and obtuse triangles—making abstract geometric concepts more concrete and accessible.
Maths Model
Pascal Triangle Kit

The Pascal Triangle Kit is a hands-on manipulative designed to help students understand and explore the coefficients in binomial expansion using Pascal’s Triangle. This interactive tool allows learners to build the triangle layer by layer, discovering patterns and relationships between numbers.By using the kit, students can easily identify the coefficients of terms in a binomial expression such as (a+b)n(a + b)^n(a+b)n, making abstract algebraic concepts more concrete and visual. The tactile experience supports conceptual understanding of:Binomial coefficientsSymmetry in Pascal’s TriangleCombinatorics (nCr)Exponents and powers in expansionsIdeal for classroom demonstrations, small group work, or independent study, this kit turns complex binomial expansions into an engaging and manageable activity.
Maths Model
Pattern Block (Plastic)

This Pattern Blocks Set includes a variety of colorful geometric shapes designed for hands-on learning of shapes, patterns, and spatial relationships. The set contains 25 hexagons, 25 squares, 50 equilateral triangles, 50 trapezoids, 50 big rhombuses, and 50 small rhombuses. These blocks are ideal for sorting, pattern making, exploring symmetry, tessellations, and other foundational geometry concepts.
Maths Model
Pattern Block (Student Set)

Pattern blocks provide a unique and engaging way for children to explore shapes, patterns, and mathematical concepts through hands-on play. These colorful blocks can be used to sort by shape, size, or color, helping children develop critical thinking and visual discrimination skills. Beyond basic sorting and pattern recognition, children can explore deeper math concepts such as fractions, angles, symmetry, area, and perimeter.
Maths Model
Pattern Making Triangle

This set contains right triangles in three different sizes and three distinct colors. It is designed to help students understand and develop skills in combining triangles to form various shapes. The resource also supports exploring patterns, tessellations, and geometric relationships, fostering creativity and spatial reasoning through hands-on activities.
Maths Model
Place Value Chart with Sticks

This hands-on place value kit helps children understand how numbers are grouped into tens and hundreds by physically bundling sticks into sets of ten. It provides an engaging way to explore the concepts of place value, counting, and number grouping. Students can use this kit to learn about hundreds, tens, and ones, develop numeration skills, and perform basic number operations such as addition and subtraction. Ideal for interactive math lessons, this resource builds a strong foundation in number sense through meaningful, tactile learning.
Maths Model
Place Value Mat with Stacking Counters

This interactive set helps children visualize place value by building numbers from 1 to 99,999 using color-coded stacking counters. With 5 place value positions—ones, tens, hundreds, thousands, and ten-thousands—learners can explore numeric, written, and expanded forms of numbers. The snap-together counters stack vertically, making it easy for children to see the value of each digit based on its position. The set also includes a place value mat and place value cards for enhanced learning. A fun, hands-on way to build number sense and practice number operations.
Maths Model
Power of 2

This tool consists of a board and 100 beads in 4 different colors, designed to help students investigate and visualize square numbers and triangular numbers. By arranging the beads on the board in specific patterns, learners can explore the formation of these special number sequences, enhancing their understanding of number patterns and mathematical relationships through a hands-on approach.