What is the use of \frac{5}{15} in LaTeX?

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Discussion Overview

The discussion revolves around the use of LaTeX, specifically focusing on its mathematical typesetting capabilities and broader applications. Participants explore the functionalities of LaTeX beyond just mathematics, including document creation, referencing, and citation management.

Discussion Character

  • Exploratory
  • Technical explanation
  • Conceptual clarification

Main Points Raised

  • Some participants clarify that \frac{5}{15} is an example of mathematics typesetting in LaTeX.
  • Others mention that LaTeX is capable of typesetting documents, presentations, and posters, indicating its versatility.
  • One participant notes that the mathematics aspect is a small subset of LaTeX's overall capabilities, highlighting that it is used by individuals who may not write mathematical equations.
  • Another participant emphasizes the readability of documents as a distinguishing feature of those written in TeX or LaTeX.
  • Participants discuss the convenience of referencing equations, figures, and citations automatically in LaTeX documents.
  • One contributor mentions the benefits of using BibTeX for managing citations and generating bibliographies in various formats.
  • Another point raised is the advantage of plain text documents in LaTeX, which allows for version control and avoids issues with document versions.
  • There is a mention of the Comprehensive TeX Archive Network (CTAN) as a resource for finding packages to extend LaTeX's functionalities.
  • A participant suggests a resource for learning more about LaTeX, pointing to LaTeX-Community.org for articles and user support.

Areas of Agreement / Disagreement

Participants generally agree on the versatility and capabilities of LaTeX, but there is no consensus on the specific aspects of its use or the importance of its mathematical typesetting features compared to other functionalities.

Contextual Notes

The discussion does not resolve the varying perspectives on the significance of mathematical typesetting in LaTeX versus its other applications.

Luke77
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[itex]\frac{5}{15}[/itex]

[itex]\Sigma[/itex]

Is this what people mean by LaTeX. Just wondering. Thankyou.
 
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Small subset, just a starting point.
 
That's just mathematics typesetting in [itex]\LaTeX[/itex]. You can typeset documents, presentations, posters, etc. with it.
 
Thanks
 
Just to elaborate on what Borek and jhae2.718 already said, the mathematics aspect of LaTeX is just a tiny subset of the overall capabilities. People who have never written a mathematical equation in their life use LaTeX. I can tell at a glance whether some article was written with TeX or LaTeX via a very simple metric: Is it readable?
 
I always look for the cmr [itex]\mathrm{R}[/itex] when I'm unsure...it's very distinctive.

Continuing on, if I need to make any kind of document, I do it in [itex]\LaTeX[/itex].
 
Other convenient thing in latex: You can reference all of your equations, figures, and references by some nickname you give them, and when yo compile the document, it will number them all for you, so you don't have to keep changing numbers throughout your document to reference different figures, equations, and references.
 
BibTeX is also wonderful for citations; it's a standard format that you can automatically generate a bibliography formatted to almost any style (e.g. AIAA, AMS, IEEE, etc.)

Documents are plain text, so you can keep them under version control (like git) and you never have to worry about having the wrong version like .doc or .docx.

LaTeX does the formatting for you; it's What You See Is What You Mean, as opposed to What You See Is What You Get. This abstracts the formatting process from the writing process, so you focus on the content and structure.

There's the Comprehensive TeX Archive Network (CTAN) that has packages (add-in to make LaTeX handle more formats, features, etc.) where you can find almost everything you would ever need.
 
Hi Luke,

if you would like to learn something about LaTeX, perhaps have a look at LaTeX-Community.org. There's a large collection of articles, news posts and feed, and a very active LaTeX dedicated user support forum.

Stefan
 

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