This project simplifies Multivariable Calculus and Linear Algebra concepts with interactive simulations and real-world engineering examples using MATLAB and Python, guided by Professor Heze Chen from the University of Virginia's Department of Applied Mathematics, inspired by UVA's APMA 2120 and APMA 3080 courses.
Last updated by Huy Nguyen - March 2024
This app provides an interactive way to understand the square root function. Users can input different values and see the graphical representation and calculations of square roots, helping to visualize the function's behavior.
This app allows users to plot vector fields and analyze their properties. By inputting vector functions, users can visualize the field and gain insights into vector calculus concepts, such as divergence and curl.
This app combines vector field plotting with line integrals, providing a comprehensive tool for studying these topics. Users can define paths and calculate line integrals over vector fields, making it easier to understand the integral's applications in physics and engineering.
This app covers various linear algebra operations, including matrix manipulations, solving systems of equations, and vector space analysis. It serves as a valuable tool for students to explore linear algebra concepts interactively, with features like row operations, basis finding, and plotting vectors.
