For our project, we modeled a paper airplane moving through space using Mathematica's planes and polygons features. We also used parametric equations to create spheres to model planets surrounding the plane.
Using Mathematica, we compiled parabolas, spheres, and cylindrical shapes to create a bouquet with a rose, daisy, and bluebonnet.
For our project, we used Mathematica to create 3D shapes that model the Kazakh Yurt and the Siheyuan.
In our project, we used Mathematica to create a 3-D taro bubble tea that required 52 functions in total.
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For this project, I visualized the basic shape and form of the galaxy M74 using Mathematica. I used ContourPlot and Plot3D to capture these elements.
Our project used Mathematica to draw spirographs, a geometric drawing that creates mathematical curves called hypotrochoids and epitrochoids.
For our final project, we wanted to find the steepest route out of Park Science Building on Bryn Mawr's campus. To do this, we created a contour map using online software and Microsoft Excel.
For my project, I utilized Mathematica and Lagrange Multipliers to graph economic indifference curves. These curves are utility functions that mathematically map consumer preferences.
My project displays a variety of parametric 3D plot shapes modeled after candies using Mathematica.
Our poster has two manga demonstrating concepts and applications of calculus. The first manga demonstrates the conversion of cartesian to polar coordinates, while the second shows an application of gradient.
My project explains the history behind the contour plot and its applications. For this, I used Contourplot and Contourplot3D in Mathematica to illustrate multiple examples.
Our passion for music inspired us to visualize the patterns created when an oscillator is used with a loud speaker. For this, we used the Sound Lissajous Meter, Desmos and our vocalization and observed patterns from three notes.
Our project uses Mathematica to graph the three main parts of the brain. We then computed its volume and color coded the sections.
The application ofthe dot product in genetics for determining closeness of genetic relationships
