# Testing the MathJax latex plugin

**URL:** <https://forums.jcsda.org/t/testing-the-mathjax-latex-plugin/25>\
**Category:** JEDI\
**Created:** [August 7, 2020, 2:15pm UTC](https://forums.jcsda.org/t/testing-the-mathjax-latex-plugin/25 "2020-08-07T14:15:54Z")\
**Posts on this page:** 2\
**Page:** 1

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**Author:** ![mmiesch](https://yyz1.discourse-cdn.com/flex031/user_avatar/forums.jcsda.org/mmiesch/32/39_2.png) [@mmiesch](https://forums.jcsda.org/u/mmiesch)\
**Post date:** [August 7, 2020, 2:15pm UTC](https://forums.jcsda.org/t/testing-the-mathjax-latex-plugin/25/1 "2020-08-07T14:15:54Z")

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Testing the MathJax latex plugin:

\kappa = \sqrt{4-\cos(\theta)}

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**Author:** ![Ryan.Honeyager](https://yyz1.discourse-cdn.com/flex031/user_avatar/forums.jcsda.org/ryan.honeyager/32/10_2.png) [@Ryan.Honeyager](https://forums.jcsda.org/u/Ryan.Honeyager)\
**Post date:** [August 7, 2020, 2:25pm UTC](https://forums.jcsda.org/t/testing-the-mathjax-latex-plugin/25/2 "2020-08-07T14:25:37Z")

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I think it works rather well: I\_\nu(s)=I\_\nu(s\_0)e^{-\tau\_\nu(s\_0,s)}+\int\_{s\_0}^{s}j\_\nu(s')e^{-\tau\_\nu(s',s)}ds'