Math Jax Viewer?

[daniel...@gmail.com]

Hello! I am fairly new to Math Jax, but I wanted to know if there is a website or place I could go to test code that I have written to see how it would appear with Math Jax.  Any ideas?  For example, here is a snippet.

This problem can be solved by understanding the following two principles of log functions: $\\log_{a}(xy) = \\log_{a}(x) + \\log_{a}(y)$ and $\\log_{a}(x)^{b} = b \\cdot \\log_{a}(x)$.  Based on these rules, we know that the expression $2x + 3y$ must equal $2\\log(a) + 3\\log(b)$, which would equal $\\log(a^{2} \\cdot b^{3})$.  Considering that $5^{2} \\cdot 2^{3} = 25 \\cdot 8 = 200$, the 

[Christian Lawson-Perfect]

http://mathb.in/ will do what you want.

On Tue, 19 Sep 2017 at 01:38 <daniel...@gmail.com> wrote:

Hello! I am fairly new to Math Jax, but I wanted to know if there is a website or place I could go to test code that I have written to see how it would appear with Math Jax.  Any ideas?  For example, here is a snippet.

This problem can be solved by understanding the following two principles of log functions: $\\log_{a}(xy) = \\log_{a}(x) + \\log_{a}(y)$ and $\\log_{a}(x)^{b} = b \\cdot \\log_{a}(x)$.  Based on these rules, we know that the expression $2x + 3y$ must equal $2\\log(a) + 3\\log(b)$, which would equal $\\log(a^{2} \\cdot b^{3})$.  Considering that $5^{2} \\cdot 2^{3} = 25 \\cdot 8 = 200$, the 

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[Peter Krautzberger]

In addition to Christian's suggestion, many text editors have extensions of some type that provide live-preview functionality, e.g., VS Code, Atom, orgmode. Specialized tools like markdown editors also often provide live previews.

Regards,

Peter.

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