1.1.- 3D PHYSICS

Traditionally, in the educational field, physical phenomena have been interpreted as scalar and vector magnitudes in two dimensions. A three-dimensional interpretation of phenomena under study helps to achieve a more faithful study of their real behavior. This interpretation is known as 3D physics or three-dimensional physics. By definition, in geometry, a three-dimensional interpretation of any object consists in locate that object with respect to a frame of reference with respect to a given origin. Extrapolating this application to physics, an object is considered to be defined in three dimensions when it is related to a Euclidean space, that is, it is contained in a minimal cuboid and each of the points that compose it can be located in that reference system.

Within the different physical fields of study, it is important to highlight the usefulness of this type of geometric interpretation in electricity, magnetism, optics, acoustics, mechanics, etc. since it provides the real physical propagation of elements such as field lines, flow lines, waves, vibrations, etc.

Nowadays, thanks to the emergence of software for modeling 3D systems, applications can be created to obtain three-dimensional approximations very similar to what happens in reality. Some of the most widespread applications are the study of electromagnetic waves, thermograms, polarization of light, etc.

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3D PHYSICS EQUIPMENT

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COMPUTER CONTROLLED THREE DIMENSIONS (3D) PHYSICS - EFAC

EFAC

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1.1.- 3D PHYSICS

EFAC

Computer Controlled Three Dimensions (3D) Physics

The Computer Controlled Three Dimensional (3D) Physics, "EFAC", from EDIBON, allows to do practical exercises in the different fields of physics (electricity, magnetic fields, mechanics, acoustics, optics and thermodynamics). The "EFAC" is an...

Accessory of EFAC

Available

1.1.- 3D PHYSICS

FCE

Electric Fields Study Set

Accessory of EFAC

The Electric Fields Study Set, "FCE", allows the spatial study of the electric field in all its dimensions: calculation of the intensity, force lines, equipotential surfaces in both static and dynamic fields, giving the student a more extensive...

Accessory of EFAC

Available

1.1.- 3D PHYSICS

FCM

Magnetic Field Study Set

Accessory of EFAC

The Magnetic Field Study Set, "FCM", allows the spatial study of the magnetic field in all its dimensions (calculation of magnetic field strength, lines of force, vector potential and equipotential lines both in static and dynamic fields). For...

Accessory of EFAC

Available

1.1.- 3D PHYSICS

FM

Mechanics Study Set

Accessory of EFAC

The Mechanics Study Set, "FM", allows us to study movements that normally, would take hours and hours of calculations in a fast and simple way in the mechanical area, besides corroborating the theoretical results of other simpler ones. For this...

Accessory of EFAC

Available

1.1.- 3D PHYSICS

FAC

Acoustics Study Set

Accessory of EFAC

The Set for the Study of Acoustics, "FAC" designed by EDIBON allows to perform all kinds of experiments related to acoustic waves (propagation, interferences, wave fronts, etc.).The most complete way to carry out the observation would be to fill...

Accessory of EFAC

Available

1.1.- 3D PHYSICS

FOP

Optics Study Set

Accessory of EFAC

The Optics Study Set, "FOP", designed by EDIBON, has as its objective the study and understanding of simpler optical phenomena on which other much more complex phenomena are based. In this case, focusing on reflection, refraction, transmission,...

Accessory of EFAC

Available

1.1.- 3D PHYSICS

FTT

Thermodynamics Study Set

Accessory of EFAC

The Set for the Study of Thermodynamics, "FTT", allows the study of thermodynamics by means of the temperature difference between two sources.Thermodynamics represents the study of temperature, heat and energy exchange. It has practical...

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