Help/Simple Equations: Difference between revisions

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'''&nbsp;&nbsp;&nbsp;<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>'''
'''&nbsp;&nbsp;&nbsp;<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></nowiki>'''
'''<nowiki></math></nowiki>'''
==CHANGED last variable to 'e' and doesn't work==
<math>
\left( {{\rho }_{s}}-\rho \right)g\frac{\pi }{6}{{d}^{3}}={{C}_{D}}\frac{\pi }{8}\rho W_{s}^{2}{{e}^{2}}
</math>





Revision as of 20:57, 7 March 2017

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, Then do not use the Equation template ({{Equation| ... |#}}). You do still need to preface your equation by the <math> and </math> delimiters.

For example, the above equation again:

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

CHANGED last variable to 'e' and doesn't work



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