For any reseacher or publisher Latex is the most important tool, for all MS / PhD Students who want to deal with big thesis Latex is the only solution. I use Latex interchangeably with Miktex which is shown below.
To start with please download the below files and install in the same order:
texstudio2.8.6_win_qt5.3.1
https://www.texstudio.org/
basic-miktex-2.9.5105-x64
https://miktex.org/download
First step is to run Texstudios as shown in: http://docs.miktex.org/2.9/manual/localguide.html#gettingstarted
Second step: Opening an old file to get the syntax:
The extension for these files is .tex
\documentclass{article}
\title{Proposed Change g}
\author{Shivgan}
\begin{document}
\maketitle
\section{Introduction}
The new section below
\section{New Formulas}
Given below are the formulas for standard deviations.
\[Stdeev (P_{n}-P_{n+1}) \]
\[ \frac{P_{n+1}- P_{n}}{P_{n}}\]
\section{Conclusion}
Not much of a paper, but it's a start.
\end{document}
The above code in italic is the first code you should execute.
This begins your journey in Latex.
To start with please download the below files and install in the same order:
texstudio2.8.6_win_qt5.3.1
https://www.texstudio.org/
basic-miktex-2.9.5105-x64
https://miktex.org/download
First step is to run Texstudios as shown in: http://docs.miktex.org/2.9/manual/localguide.html#gettingstarted
Second step: Opening an old file to get the syntax:
The extension for these files is .tex
\documentclass{article}
\title{Proposed Change g}
\author{Shivgan}
\begin{document}
\maketitle
\section{Introduction}
The new section below
\section{New Formulas}
Given below are the formulas for standard deviations.
\[Stdeev (P_{n}-P_{n+1}) \]
\[ \frac{P_{n+1}- P_{n}}{P_{n}}\]
\section{Conclusion}
Not much of a paper, but it's a start.
\end{document}
The above code in italic is the first code you should execute.
This begins your journey in Latex.
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