Typing Math: How to Use Symbols & Imaginary Numbers

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SUMMARY

This discussion focuses on using LaTeX for typing mathematical symbols and expressions, particularly in the context of physics forums. Users can create complex equations, such as derivatives and summations, by enclosing LaTeX code within [ tex ] and [ \tex ] tags. An example provided is the derivative of an exponential function, formatted as \frac{d e^{3x}}{dx}= 3e^{3x}. A tutorial on LaTeX is available at the top of the thread list for further learning.

PREREQUISITES
  • Basic understanding of mathematical notation
  • Familiarity with LaTeX typesetting
  • Knowledge of calculus concepts such as derivatives
  • Access to physics forums or similar platforms
NEXT STEPS
  • Explore advanced LaTeX features for mathematical typesetting
  • Learn about LaTeX environments for equations and matrices
  • Investigate the use of LaTeX in scientific publications
  • Review calculus topics, specifically differentiation techniques
USEFUL FOR

Students, educators, and professionals in mathematics, physics, and engineering who need to present mathematical expressions clearly and effectively using LaTeX.

zketrouble
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I'm new to physicsforums, so my math typing is limited to the standard keystrokes. 1/x!, 2x^2. d/dx ln(3^(x+7)), for example. SO how do I do the nice summation symbols, imaginary number i, derivative operator, etc.?


Thanks!


PS to admins: Sorry if this is in the wrong place, I wasn't sure where I should put it.
 
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Use "LaTex" which is really a typesetting program that converts "text" into math symbols. On this particular board, you start with [ tex ] and end with [ \tex ] (without the space which I had to put in so they would show.
[ tex ]\frac{d e^{3x}}{dx}= 3e^{3x}[ /tex ]
without the spaces gives
\frac{d e^{3x}}{dx}= 3e^{3x}

There is a tutorial on LaTex at the top of the thread list at
https://www.physicsforums.com/forumdisplay.php?f=151
 
Last edited by a moderator:
The Latex code to each formula is revealed in a small window when placing the cursor on the formula.
 

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