LaTeX code for logarithm base Math Equations How to write Log in LaTeX Overleaf Editor
Latex code for logarithm. In this video, you will learn how to write latex code to generate beautiful logarithmic expressions and equations. I have written almost all code which you might need during writing a document. Suppose you want to write latex logarithm base 2 or logarithm with fraction or logarithm with radical sign like nth power in latex, you will find all such latex code at single place. So, what you have to do is to login to https://www.overleaf.com/ with your google email id and password, where you can create a new project and start writing the code. The latex code for logarithm used in this video has been given below, you can use these code in your project to get practice:-
\documentclass{article}
\usepackage{amsmath}
\title{LaTeX}
\author{NumberX}
\date{December 2020}
\begin{document}
\maketitle
\Huge
\section{Logarithmic Expressions and Equations}
\[\log{a}\]
\[\log_{b}{a}\]
\[\log_{b}{\frac{1+x}{q}}\]
\[\log_{b}{(\frac{p}{q})}\]
\[\log_{b}{\left(\frac{p}{q}\right)}\]
\[\log_{b}{b} = 1\]
\[\log_{b}{b^{p}} = p\]\\\
LaTeX Code for Logarithm\\
\[\log_{b}{m^{p}} = p\log_{b}{m}\]
\[\log_{b}{m \times n} = \log_{b}{m}+\log_{b}{n}\]
\[\log_{b}{\left[\frac{m}{n}\right]} = \log_{b}{m} - \log_{b}{n}\]
\[\log_{b}{\sqrt[q]{n}} = \frac{1}{q}\times \log_{b}{n}\]
\end{document}
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