Help/Simple Equations: Difference between revisions

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Line 16: Line 16:
</math>|4}}
</math>|4}}


was typed as follows:<br>
was typed as follows:
'''\ begin{equation} \tag{4}<br>'''
 
'''&nbsp;&nbsp;&nbsp;\left( {{\rho }_{s}}-\rho \right)g\frac{\pi }{6}{{d}^{3}}={{C}_{D}}\frac{\pi }{8}\rho W_{s}^{2}{{d}^{2}}<br>'''
 
'''\ end{equation}<br>'''
'''<nowiki>{{Equation|<math></nowiki><br>
<nowiki>\left( {{\rho }_{s}}-\rho \right)g\frac{\pi }{6}{{d}^{3}}={{C}_{D}}\frac{\pi }{8}\rho W_{s}^{2}{{d}^{2}}</nowiki><br>
<nowiki></math>|4}}</nowiki>'''


==Equation Not Numbered==
==Equation Not Numbered==

Revision as of 13:46, 23 October 2012

Typically numbered equations are centered in documents. Due to the appearance of the wiki, however, all numbered equations shown on this wiki are left justified with a small indent and the equation number is right justified.

Numbered Equation

To produce a numbered equation in a wiki document, simply surround the LaTeX for the equations by the following:


{{Equation|<math> ... </math>|4}}

  • Replace '...' with the LaTeX equation (without leading and ending delimiters).
  • The number for the equation is the last parameter in the template. In this case the equation number is 4.


For example, this equation:

  (4)

was typed as follows:


{{Equation|<math>
\left( {{\rho }_{s}}-\rho \right)g\frac{\pi }{6}{{d}^{3}}={{C}_{D}}\frac{\pi }{8}\rho W_{s}^{2}{{d}^{2}}
</math>|4}}

Equation Not Numbered

If for some reason it is desired to have an equation set aside but turn off display of the equation number, just leave off the delimiter \tag{}.

For example, the above equation again: \begin{equation} \left( {{\rho }_{s}}-\rho \right)g\frac{\pi }{6}{{d}^{3}}={{C}_{D}}\frac{\pi }{8}\rho W_{s}^{2}{{d}^{2}} \end{equation}

was typed as follows:
\ begin{equation}
   \left( {{\rho }_{s}}-\rho \right)g\frac{\pi }{6}{{d}^{3}}={{C}_{D}}\frac{\pi }{8}\rho W_{s}^{2}{{d}^{2}}
\ end{equation}



Some advanced equations have multiple lines, and it may be desired for each line to be aligned at a certain character on each line. These advanced equations are described on the next page.

Adv. Equations