This repository contains a collection of numerical methods implemented in C++ , Python programming languages, designed to solve mathematical problems such as root-finding, interpolation, integration, and differential equations

This project was to simulate the earth’s atmospheric convection using Lorentz attraction formulas with the suitable parameters. Coded the formulas, wrote them in Python code including various functions to perform double differentiation using the eulers method.

Point Source Approximation Simulation of Distant Neurons Firing In Proximity to Implanted Recording Electrode in Homogenous Medium

This assignment demonstrates modeling and coding through a numerical simulation of COVID-19 in Brazil using the SIRVD model. It includes variables like infection, recovery, and vaccinations. The simulation employs Euler's method for solving differential equations, offering insights into disease dynamics and public health interventions.

A repository full off numerical methods used for solving ordinary differential equations

Euler's Method Calculator

This repository contains two Python codes that implement different algorithms and simulations. The first provides an implementation of the traveling salesman problem (TSP) algorithm using a randomized nearest neighbor algorithm and a 2-opt optimization algorithm. The second simulates the spread of COVID-19 using the SIR model and Euler's method.

Fourth order Runge Kutta(RK-4) and the Euler's Method are two methods of numerically solving differential equations.