Topic 5 - AR in Maths

VR & AR proposal activities

Here you can download a presentation with examples of applications to learn maths. You will understand 3D geometry in an easy way, also graphs and vectors. Even you can learn to quickly resolve mathematical calculations with different difficulty levels.

IMPLEMENTATIONS

Students made shapes using interactive markes and mobile app

Didactic objectives

  • Learning to use AR in maths for implementing basic shapes.
  • Making basic shapes on their own: a common triangle, a isosceles triangle, an equilateral triangle, a right triangle, a common quadrangle, a rectangle, a square, a parallelogram, a trapezoid…

Dihedral views with augmented reality

Used Pieces

Didactic objectives

  • Develop spatial vision.
  • Understand virtual reality as a normal way in our daily learning.
  • Understand Views and hidden parts in a basic solid.
  • Identify and represent multiple solids views using modern tools in the graphical representation.
  • Develop multiview orthographic projections of geometry problems.

Using Geogebra 3D for modelling shapes/solids

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Didactic objectives

  • Learn to use Geogebra 3D for modelling basic solids such as cube,cylinder, prism and sphere.
  • Learn to measure volumes and areas of solids using Geogebra functions
  • Get to know how use Geogebra AR app
Prism

LEARNING MATHS - UNITY

Knowing a new mathematical tool: Unity. Adapting the space of our avatar with geometric figures and mathematical textures and view the content on your VR glasses

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