# From the point to the three-dimensional space

Author: E3DPLUSVET
0
Mathematics
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## Technichal Specifications

Technology: FDM 3D Printer model: PRUSA Material: PLA Color: One color for each shape Dimmensions: Described above Resistance required: No When to print: Before or during class Can it be painted?: No Number of pieces: 11 Need Assembly: No Quality required: medium

### How to use this exercise?

From one-dimensional geometry to the three-dimensional one

11

### General description

The model allows the students to understand the differences and correlations of the representation of objects from one dimension to the three dimensions.

### Models used:

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## Learning Specifications

#### How can the model be used in class?

It can be used to show the different points of view of the objects seen from a one-dimensional point of view up to the three-dimensional one, also related to Cartesian axes.

Suitable dimensions for its use in the classroom (mm):

• Square: 80x80x5 mm
• Circle: d.80×5 mm
• Cube: 80x80x80 mm
• Cilinder:  d.80×80 mm
• Ellipse: 80x600x5 mm
• Parallelepiped: 60x60x80 mm
• Rectangle: 80x60x5 mm
• Sphere: d.80 mm
• Ellipsoid: 80x600x50 mm

#### What benefits can its use have?

Understanding of classical and analytical geometry and the relations with mathematics (history of mathematics and its revolution carried out by Cartesian).

#### Can it be used in other subjects?

Computer technology