Help:Maths - Revision history

Ian at 18:55, 3 October 2013

2013-10-03T18:55:00Z

Ian: /* Quick introduction to LaTeX by example */

2013-09-13T09:00:26Z

‎Quick introduction to LaTeX by example

Ian at 13:44, 11 September 2013

2013-09-11T13:44:20Z

Ian: /* Quick introduction to LaTeX by example */

2013-09-11T13:28:52Z

‎Quick introduction to LaTeX by example

Ian: /* Quick introduction to LaTeX by example */

2013-09-11T13:28:29Z

‎Quick introduction to LaTeX by example

Ian: /* Quick introduction to LaTeX by example */

2013-09-11T13:27:33Z

‎Quick introduction to LaTeX by example

Ian: /* Quick introduction to LaTeX by example */

2013-09-11T13:26:09Z

‎Quick introduction to LaTeX by example

Ian: Created page with "Formulae and equations can be written using the LaTeX mathematical typesetting language. When you're editing a page, just push the button that looks like 'root n' on the tool..."

2013-09-11T13:25:10Z

Created page with "Formulae and equations can be written using the LaTeX mathematical typesetting language. When you're editing a page, just push the button that looks like 'root n' on the tool..."

New page

Formulae and equations can be written using the LaTeX mathematical typesetting language.

When you're editing a page, just push the button that looks like 'root n' on the toolbar, and write your LaTeX between the <pre><math></pre> and <pre></math></pre> tags.

== Quick introduction to LaTeX by example ==
<math>x=\frac{-b\pm \sqrt{b^{2}-4ac}}{2a}</math>

<pre><math>x=\frac{-b\pm \sqrt{b^{2}-4ac}}{2a}</math></pre>

<math>\int_{0}^{\pi}\sin{\theta}d\theta=\[-\cos{\theta}\]_{0}^{\pi}=-\cos{\pi}--\cos{0}=1</math>

<pre><math>\int_{0}^{\pi}\sin{\theta}d\theta=\[-\cos{\theta}\]_{0}^{\pi}=-\cos{\pi}--\cos{0}=1</math></pre>

← Older revision		Revision as of 18:55, 3 October 2013
Line 1:		Line 1:
−	Formulae and equations can be written using the LaTeX (pronounced "lay-tech" - it's a chi) mathematical typesetting language.	+	Formulae and equations can be written using the LaTeX (pronounced "lay-tech" - it's a chi) mathematical typesetting language. LaTeX is what nrich, mathsnetalevel, the internet, and basically the entire mathematical and scientific publishing industry use to write maths.

	When you're editing a page, just push the button that looks like 'root n' on the toolbar, and write your LaTeX between the <pre><math></pre> and <pre></math></pre> tags.		When you're editing a page, just push the button that looks like 'root n' on the toolbar, and write your LaTeX between the <pre><math></pre> and <pre></math></pre> tags.

← Older revision		Revision as of 09:00, 13 September 2013
Line 12:		Line 12:
	<math>\int_{0}^{\pi}\sin{\theta}d\theta=\lbrack -\cos{\theta} \rbrack_{0}^{\pi}=-\cos{\pi}--\cos{0}=1</math>		<math>\int_{0}^{\pi}\sin{\theta}d\theta=\lbrack -\cos{\theta} \rbrack_{0}^{\pi}=-\cos{\pi}--\cos{0}=1</math>

−	<pre><math>\int_{0}^{\pi}\sin{\theta}d\theta=\lbrack -\cos{\theta} \~~rbrack _~~{0}^{\pi}=-\cos{\pi}--\cos{0}=1</math></pre>	+	<pre><math>\int_{0}^{\pi}\sin{\theta}d\theta=\lbrack -\cos{\theta} \rbrack_{0}^{\pi}=-\cos{\pi}--\cos{0}=1</math></pre>

@@ Line 8: / Line 8: @@
 <pre><math>x=\frac{-b\pm \sqrt{b^{2}-4ac}}{2a}</math></pre>
-<math>\int_{0}^{\pi}\sin{\theta}d\theta=\[-\cos{\theta}\]_{0}^{\pi}=-\cos{\pi}--\cos{0}=1</math>
+<math>\int_{0}^{\pi}\sin{\theta}d\theta=\lbrack -\cos{\theta} \rbrack_{0}^{\pi}=-\cos{\pi}--\cos{0}=1</math>
 <pre><math>\int_{0}^{\pi}\sin{\theta}d\theta=\lbrack -\cos{\theta} \rbrack _{0}^{\pi}=-\cos{\pi}--\cos{0}=1</math></pre>

← Older revision		Revision as of 13:28, 11 September 2013
Line 10:		Line 10:
	<math>\int_{0}^{\pi}\sin{\theta}d\theta=\[-\cos{\theta}\]_{0}^{\pi}=-\cos{\pi}--\cos{0}=1</math>		<math>\int_{0}^{\pi}\sin{\theta}d\theta=\[-\cos{\theta}\]_{0}^{\pi}=-\cos{\pi}--\cos{0}=1</math>

−	<pre><math>\int_{0}^{\pi}\sin{\theta}d\theta=\lbrack-\cos{\theta}\~~rbrack_~~{0}^{\pi}=-\cos{\pi}--\cos{0}=1</math></pre>	+	<pre><math>\int_{0}^{\pi}\sin{\theta}d\theta=\lbrack -\cos{\theta} \rbrack _{0}^{\pi}=-\cos{\pi}--\cos{0}=1</math></pre>

← Older revision		Revision as of 13:27, 11 September 2013
Line 10:		Line 10:
	<math>\int_{0}^{\pi}\sin{\theta}d\theta=\[-\cos{\theta}\]_{0}^{\pi}=-\cos{\pi}--\cos{0}=1</math>		<math>\int_{0}^{\pi}\sin{\theta}d\theta=\[-\cos{\theta}\]_{0}^{\pi}=-\cos{\pi}--\cos{0}=1</math>

−	<pre><math>\int_{0}^{\pi}\sin{\theta}d\theta=[-\cos{\theta}]_{0}^{\pi}=-\cos{\pi}--\cos{0}=1</math></pre>	+	<pre><math>\int_{0}^{\pi}\sin{\theta}d\theta=\lbrack-\cos{\theta}\rbrack_{0}^{\pi}=-\cos{\pi}--\cos{0}=1</math></pre>

@@ Line 1: / Line 1: @@
-Formulae and equations can be written using the LaTeX mathematical typesetting language.
+Formulae and equations can be written using the LaTeX (pronounced "lay-tech" - it's a chi) mathematical typesetting language.
 When you're editing a page, just push the button that looks like 'root n' on the toolbar, and write your LaTeX between the <pre><math></pre> and <pre></math></pre> tags.
 == Quick introduction to LaTeX by example ==

← Older revision		Revision as of 13:26, 11 September 2013
Line 10:		Line 10:
	<math>\int_{0}^{\pi}\sin{\theta}d\theta=\[-\cos{\theta}\]_{0}^{\pi}=-\cos{\pi}--\cos{0}=1</math>		<math>\int_{0}^{\pi}\sin{\theta}d\theta=\[-\cos{\theta}\]_{0}^{\pi}=-\cos{\pi}--\cos{0}=1</math>

−	<pre><math>\int_{0}^{\pi}\sin{\theta}d\theta=\[-\cos{\theta}\]_{0}^{\pi}=-\cos{\pi}--\cos{0}=1</math></pre>	+	<pre><math>\int_{0}^{\pi}\sin{\theta}d\theta=[-\cos{\theta}]_{0}^{\pi}=-\cos{\pi}--\cos{0}=1</math></pre>