Visualizations of my development process

A simple static React Website integrating LaTeX to display various commonly used calculus formulas

[2020] mathematics / calculus / integral / derivatives ...

A Jupyter notebook that explains the difference between convergence of an infinite sequence and convergence of an infinite series.

python calculus jupyter notebooks

Mathematics for Machine Learning Notebooks and files

A Jupyter notebook that explains what is meant by the relative "growth rate" of sequences.

Set of jupyter notebook to explain classic machine learning model

A collection of practice notebooks to learn Mathematics for Machine Learning

Lots of notebooks providing examples on how to do calculus, statistics and machine learning with Python.

48 Methods exhibiting the Hubble radius (distance estimates) mistakenly known as the age of the universe

An extensive collection of notebooks, code samples, and exercises focused on mastering the Mathematics for Machine Learning and Data Science Specialization on Coursera by DeepLearning.AI.

Contenido completo del curso

Computational essay physics, waves and oscillations. The notebook is about fourier analysis, some basic fourier theory and finally a real world usecase where i use historical weather data and apply fourier analysis on this data to look for anomalies and changes that could indicate climate change.

Welcome to the calculus repository! This repository contains a collection of Jupyter notebooks and a PDF file that provide detailed descriptions of various mathematical concepts in calculus, along with their implementation in Python code. These resources are designed to help you learn and explore the fascinating world of calculus.

A Jupyter Notebook that explains improper integrals: what they are and how to compute them.

Series of Data Science notebooks cover various topics.

My Mathematica notebooks…

Solving a AP Calculus BC problem with a Jupyter notebook :) LaTeX math equations included.

This repository contains notebooks and scripts introducing the different topics in Numerical Analysis beginning with the Fundamentals, Systems of Equations, Interpolation until Optimization, and Numerical Solutions to Partial Differential Equations.