false-position-method
There are 29 repositories under false-position-method topic.
osveliz/numerical-veliz
Numerical Analysis code from the Oscar Veliz YouTube Channel
Rakibul73/CCE-312---Numerical-Methods-Sessional-Code
Numerical Method Codes in Python
HadiElnemr/Numerics-codes
Some Numerical Analysis algorithms implemented in Python.
Farid-Karimi/Root-Finder
A python program that uses diverse numerical analysis methods to find roots of mathematical functions.
raihanM95/MathLab
Numerical analysis
shaswata56/Numerical_Analysis
Numerical Analysis course repository.
wasiif/NumericalAnalysis
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
BaranovSerV/mathmod
Библиотека Python для численного моделирования
BlackfyreInc/ComplexRootFinder
Several methods for root finding of polynomials (both real and complex roots)
Louis-Finegan/Root-Finding-Algorithms-c
Algorithms for root finding writting in c with, bash shell script that compiles and runs all executable files.
MohamadTarekk/Root-Finder
Root finder using numerical analysis with simulation and plotting
pronobkarmoker/Numerical-Analysis-for-Engineers
Delve into the world of 'Numerical Analysis for Engineers' through this comprehensive course repository. Explore algorithms, simulations, and computations for engineering challenges. Dive into projects, codes, and practical applications to enhance problem-solving skills and numerical accuracy.
bushra-muneer/Numerical-Computing
Implementation of Roots Finding Methods in Python using Tkinter
gulsoynes/Numeric-Methods
Algorithms for numerical methods : 1.GRAPHICAL APPROACH, 2.BISECTION METHOD, 3.FALSE POSITION METHOD, 4.SIMPLE FIXED ITERATION, 5.NEWTON-RAPSHSON METHOD, 6.SECANT METHOD, 7.MODIFIDED SECANT METHOD
hafizmdyasir/root-finding-methods
A collection of Python scripts for various numerical root calculation algorithms.
rezasadid753/numerical-analysis-tools
Explore numerical methods implemented in PHP for solving equations and integrals. Enhance your understanding of numerical analysis techniques.
Shazam-19/Equalver
Advanced Mathematical Equations Calculator with Friendly GUI
sudipto3331/False-Position-Numerical-Method-Implementation-in-Python
This repository contains a Python implementation of the False Position Method, also known as the Regula Falsi Method, for finding roots of nonlinear equations. Additionally, the script compares the performance of the False Position Method with the Bisection Method, saving results in an Excel file (`LAB2.xls`).
Susmit10/CPNM-Assignments
CPNM Assignments for 2nd sem, Jadavpur University
AhmedKhaledAK/numerical-methods-implementations
Some numerical methods implementations using Octave/Python
Caroline-Camargo/RelatoriosPython-CalculoNumericoComputacional
Relatórios escritos em Python, no ambiente Google Colab, para a disciplina de Cálculo Numérico Computacional
gabboraron/intelligens_fejleszto_eszkozok
A tárgy célja, hogy a hallgatók elsajátítsák olyan fejlesztő környezetek használatát, ami segítségükre van különféle matematikai problémák megoldásában, prezentálásában. A tárgy kitér CAS (Computer Algebra System) használatára, Numerikus számítások elvégzésére, Statisztikai számításokra, valamint ezek automatizálására, továbbá ezen eredmények ...
pakbungdesu/numerical-method
Repository under construction !
paulinho-16/MIEIC-MNUM
Todo o conteúdo produzido para a unidade curricular MNUM (Métodos Numéricos), para o curso em Engenharia Informática e Computação na FEUP
phu024/False-Position-Method
Computing square root of a number using False Position method
Subangkar/Numerical-Methods-CSE-218-BUET
Programming assignments of Numerical Methods Sessional Course CSE 218 in Level-2, Term-1 of CSE, BUET
Tamim-Rahman101/Numerical_Methods_Lab
Root finding & curve fitting methods implementation using object oriented c++
XMaroRadoX/Non-Linear-Equations-Analysis-With-Matlab
The project involves using Matlab to analyze non-linear equations. The aim is to gain a deeper understanding of the equations by using computer-aided numerical analysis and visualizing the results through graphs and charts.