Solve a puzzle! More to come later.
 | This puzzle relies on literal interpretation and syntax manipulation. If it is too easy, the others may provide more of a challenge. |
I originally invented this puzzle on the back of a notecard while preparing for the Calculus 3 final, but have since reformatted it using LaTeX. If you know what all the symbols mean, it may make solving the puzzle more difficult because of the meaning you associate with them. However, understanding the transpose of a matrix may be helpful when visually inspecting the problem. |  |
 | This project was created as a framework for an assignment designed to teach basic algorithm development. A graphical framework handles creating a simply connected maze as well as drawing the path taken by an avatar controlled by simple function calls. The challenge is to code an algorithm that will allow the avatar to always exit the randomly generated maze. |
One day I was looking at a picture of the first few Legendre Polynomials, and noticed something about them. What I noticed can be summarized with the following equation: |  |