Check out some of the projects I've been working on:
An app that showcases my life story experience.
An amazing project related to my favorite game "Geometry Dash".
A simple project called Arkanoid Game. The game has cool features like moving a paddle to hit the ball, breaking bricks, and keeping track of your score.
This project delves into the process of calculating the area under a curve using integrals, complemented by code snippets in C++.
HTMLDesignLab is your go-to resource for HTML code snippets, components, and templates to streamline web design.
Langlands Hub is a web application for exploring mathematical concepts.
My Undergraduate studies notes in Obsidian.
Explore my files and experiments with the Julia programming language.
Dive into my collection of Python project, showcasing a variety of applications and scripts.
Explore a curated collection of C++ programming resources in this repository.
Discover my TeX projects, which include various documents and templates created using the TeX typesetting system.
Undergraduate Math materials written in LaTeX.
Notes for Grade 11 Functions Math written in LaTeX.
Notes for advanced functions written in LaTeX.
Notes for calculus and vectors written in LaTeX.
Explore my Haskell projects, including various scripts and applications written in Haskell.
Explore my collection of PDFs, including research papers, tutorials, and guides that I've created or found helpful in my journey. Feel free to download and read through them!
This research paper delves into the process of calculating the area under a curve using integrals, complemented by code snippets in C++ to illustrate the practical application of these concepts. It provides a comprehensive analysis and detailed examples to support understanding.
This document contains my final summative evaluation for the Advanced Functions course (MHF4U). It includes detailed solutions and analysis of key mathematical concepts such as asymptotes, trigonometric identities, logarithms, and function transformations. It's a comprehensive review of the skills and knowledge gained throughout the course, presented in a 34-page report.
These notes are designed for the MCR3U Functions course, covering essential topics such as polynomial, exponential, and logarithmic functions. They aim to provide a solid foundation in these concepts, which are crucial for advanced mathematics studies at the university level.
This document includes detailed notes on advanced functions, focusing on trigonometric, polynomial, and rational functions. It serves as a key resource for students taking the MHF4U course, with clear explanations and illustrative examples to aid in mastering complex mathematical concepts.
These notes offer an in-depth exploration of calculus and vectors, including topics such as derivatives, integrals, and vector operations. They are designed to support students in the MCV4U course with thorough explanations and practical examples to enhance their learning experience.
Hidden Figures is a powerful film that tells the story of three African-American women who worked at Langley Aeronautical Laboratory in Hampton, Virginia, during the early 1940s. These remarkable women played crucial roles in advancing American aviation and space technology, contributing significantly to NASA's success during the Space Race.
This document provides a mathematical analysis of a triple integral using the gamma function and binomial series. It explores the properties of the gamma function and its applications in evaluating integrals, along with the derivation of the binomial series and its utility in simplifying complex expressions. The analysis offers insights into the underlying mathematical principles and techniques involved in solving triple integrals.