Templates — Getting Started

This is a basic template for an empirical term paper at the university. It includes various options that are customizable (e.g. cover page/no cover page) and also gives a quick introduction into the very basics of LaTeX such as highlighting, citing, writing, including tables, figures, and mathematical equations.

Smallest possible LaTeX document for teaching LaTeX

CPSC121 2019W1 Lab 1 instructions

A template to help you learn how to write a Humanities seminar paper in 10 minutes. Well, learn the \(LaTeX\) part, at least ;) Just read the text in the output and the source code in parallel to learn how it's done.

A relatively minimal example template, with enough commands to ensure it compiles when you first open it, but otherwise providing a blank slate for you to get started on.

This template gives a basic introduction to \(\mathrm{\LaTeX}\) and provides a template for the Creighton University Master's thesis, especially as pertains to the MS in physics and medical physics degrees.

This template will help you to write your bibliographic and final reports using LaTeX. You'll find here the examples of text structuring as well as tables, figures, citations and references. For other features of LaTeX, see tutorials on: https://www.overleaf.com/learn https://wch.github.io/latexsheet/ Make a plan by changing the document's structure with \section and \subsection commands. Finally, delete the \lipsum fillings and start writing you report. Good luck!

Modified previously existing template for CS 330 Duke HW Latex-ing Includes following packages: fancyhdr % Required for custom headers lastpage % Required to determine the last page for the footer extramarks % Required for headers and footers \usepackage[usenames,dvipsnames]{color % Required for custom colors subcaption graphicx % Required to insert images listings % Required for insertion of code courier % Required for the courier font comment multirow amsmath \usepackage[table,xcdraw]{xcolor geometry pdflscape pdfpages booktabs geometry

In this project, students create a two-dimensional shape with nonuniform density, finds its center of mass, and hang it from a mobile. The various portion of the project address the differences and relationships between computing the center of mass of a discrete set of point masses and a lamina. Included here is also a sample solution to help students formulate their own well-written solutions. Also, in the LaTeX code are a few comments to address some of the basics of LaTeX and Overleaf.