<html>
<head>
<script type="text/javascript"
src="https://cdn.mathjax.org/mathjax/latest/MathJax.js?config=TeX-AMS-MML_HTMLorMML">
</script>
<script type="text/x-mathjax-config">
MathJax.Hub.Config({
tex2jax: {
inlineMath: [['$','$'], ['\\(','\\)']],
processEscapes: true
}
});
</script>
</head>
Now we are ready to insert some mathematical symbols and Equations on our web page!
Let's first add the Quadratic Equation:
<font size="+2"> Quadratic equation:As you have noted, we use the $$ .. $$ enclosing syntax to insert our LateX code that constitute the mathematical symbols and Equations. MathJax is really powerful! You can display triple integrals, matrices and vector Equations - both elementary, Intermediate and Advanced Math can be displayed on a web page. The web site of MathJax is available here: MathJax webiste - MathJax.org Ok, so how does the code above look like?
$$ \begin{array}{*{20}c} { x = \frac{ -b \pm \sqrt {b^2 - 4ac}}{2a} } & {{\rm{when}}} & {ax^2 + bx + c = 0} \\ \end{array} $$ </font>
And let us also list the Greek alphabet: <div style="color:charcoal;width:300px;background:white"> <font size="+2"> $$ \\ Greek \hspace{2mm} Alphabet. \\ letter - small symbol - large symbol \\ alpha \hspace{1mm} \alpha \hspace{2mm} A \hspace{2mm} \cdotp beta \hspace{1mm} \beta \hspace{2mm} B \hspace{2mm} \cdotp gamma \hspace{1mm} \gamma \hspace{2mm} \Gamma \hspace{2mm} \cdotp delta \hspace{1mm} \delta \hspace{2mm} \Delta \hspace{2mm} \cdotp epsilon \hspace{1mm} \epsilon \hspace{2mm} E \hspace{2mm} \cdotp zeta \hspace{1mm} \zeta \hspace{2mm} Z \hspace{2mm} \cdotp \\ eta \hspace{1mm} \eta \hspace{2mm} H \hspace{2mm} \cdotp theta \hspace{1mm} \theta \hspace{2mm} \Theta \hspace{2mm} \cdotp iota \hspace{1mm} \iota \hspace{2mm} I \hspace{2mm} \cdotp kappa \hspace{1mm} \kappa \hspace{2mm} K \hspace{2mm} \cdotp lambda \hspace{1mm} \lambda \hspace{2mm} \Lambda \hspace{2mm} \cdotp mu \hspace{1mm} \mu \hspace{2mm} M \hspace{2mm} \cdotp nu \hspace{1mm} \nu \hspace{2mm} N \hspace{2mm} \cdotp xi \hspace{1mm} \xi \hspace{2mm} \Xi \hspace{2mm} \cdotp omicron \hspace{1mm} \omicron \hspace{2mm} O \hspace{2mm} \cdotp \\ pi \hspace{1mm} \pi \hspace{2mm} \Pi \hspace{2mm} \cdotp rho \hspace{1mm} \rho \hspace{2mm} P \hspace{2mm} \cdotp sigma \hspace{1mm} \sigma \hspace{2mm} \Sigma \hspace{2mm} \cdotp tau \hspace{1mm} \tau \hspace{2mm} T \hspace{2mm} \cdotp upsilon \hspace{1mm} \upsilon \hspace{2mm} Y \hspace{2mm} \cdotp phi \hspace{1mm} \phi \hspace{2mm} \Phi \hspace{2mm} \cdotp chi \hspace{1mm} \chi \hspace{2mm} X \hspace{2mm} \cdotp psi \hspace{1mm} \psi \hspace{2mm} \Psi \hspace{2mm} \cdotp omega \hspace{1mm} \omega \hspace{2mm} \Omega \hspace{2mm} \cdotp $$ </font> </div>
Displayed in IFRAME next - the source is: http://toreaurstad.ddns.net/website/index2.htm
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