In the Advanced Calculus class of José Luis Zamora, we had an introduction to the limits of functions through arithmetic and geometric sequences or series. Within this process, we obtained the necessary knowledge to develop our fractal project. Juan Francisco Rodriguez and I, Carlos PeÃ±a, chose as a project the Menger’s Sponge. As a product of hard work and commitment, we produced a presentation that contained conclusions like how the Menger’s Sponge has an infinite surface, and at the same time, it traps a volume that tends to zero. We think of objects with three dimensions like a line, one square, or a cube. However, in fractal objects, there can be a fractional number of dimensions. The Menger’s Sponge is neither bidimensional nor tridimensional, given that its dimensions are 2.7268. It is more than a surface but less than a solid object due to its dimension being 2
The development of this work was beyond the expected by explaining how we formulated the equations. This project poses critical and advanced thinking since it requires additional knowledge of those acquired in class. The most challenging part of the project development process was manipulating the equation of the surface area to return the same as a non-recursive equation. To make up this non-recursive equation, we had to resort to the help of our classmates, who developed the same project. With the help of Gabriela Orjuela, we succeeded in solving this enigma.
Finally, we invite the community to access the QR code found in the evidence shared, which contains our project’s different products and processes. As progress, we would also like to share the third iteration of the fractal built at school with the 3D printer. We feel very proud of our quality work and hope the community enjoys it, as well.Â
Jose Luis Zamora High School Mathematics Teacher
Juan Francisco Rodriguez and Carlos PeÃ±a Eleventh Grade Calculus Students
En la clase de CÃ¡lculo Avanzado de José Luis Zamora tuvimos una introducciÃ³n a lÃ