Mathematics Models

SAND MODEL : CIRCLE AREA AND DEMONSTRATION OF π.

SAND MODEL : CIRCLE AREA AND DEMONSTRATION OF π.

Demonstration model of the formula R = r ² · 3.14. The model is filled with fine sand that fills the one hand the area of the circle and the area of squares. The radius of the circle corresponds to the side length of squares. Made of plastic material.
Approx size : 250x130mm

SET OF SOLID BODIES (Imported)

 
 

 

9 piece set of solids: 3-sided and 6-sided prism, rectangular prism, cylinder, cone, 3-sided, 4-sided and 6-sided pyramid, sphere; Heights: 150 mm; Diameter of sphere: 100 mm Planes to write on.

SURFACE AREA MODELS.

SURFACE AREA MODELS.

Folding 2D/3D Geometric (11 shapes)
Our folding 2D/3D Geo Solids are a excellent tool to take learning geometry to a new limit. Students can go from 2nd to the 3rd dimension using this set o 11 different Geo solids. Set comes complete with 11 corresponding folding nets in six different colours. Made of moulded plastic.

TRIGONOMETRIC FUNCTION CALCULATION MODEL.

 
 

 

Trigonometrical functions model. With the help of the pointer and the slider, trigonometrical functions can be calculated in the first Quadrant. Made of Acrylic sheet.
Approx size : 277x250m

VARIABLE QUADRANGLE WITH FOUR PROTRACTORS.

VARIABLE QUADRANGLE WITH FOUR PROTRACTORS.

Demonstration model for the sum of the angles in a quadrilateral with protractors at the corners to produce quadrilateral of any desired shape and to prove that the sum of all the angles of a quadrilateral is 3600. Made of Acrylic sheet.
Approx size : 390x240mm

VARIABLE TRIANGLE WITH THREE PROTRACTORS.

VARIABLE TRIANGLE WITH THREE PROTRACTORS.

Demonstration model for the sum of the angles in a triangle with protractors at the corners. The model allows the production of triangle of different shapes and demonstrates that the sum of all the angles of a Triangle is 1800. Made of Acrylic sheet. Approx size : 350x280mm