Alternative Equation Formats

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MathML

\begin{aligned} \frac{d [E S]}{d t} & = k_{1} ([E] - [E S]) [S] - k_{2} [E S] - k_{3} [E S] \\ \frac{d [S]}{d t} & = - k_{1} ([E] - [E S]) [S] + k_{2} [E S] \\ [E] & = [E]_{t o t} - [E S] \end{aligned}

Math Rendered as SVG

Math as LaTeX Source

\begin{align*} \frac{d[\mi{ES}]}{dt} & = k_{1}([\mi{E}] - [\mi{ES}])[\mi{S}] - k_{2}[\mi{ES}] - k_{3}[\mi{ES}] \\ \frac{d[\mi{S}]}{dt} & = -k_{1}([\mi{E}] - [\mi{ES}])[\mi{S}] + k_{2}[\mi{ES}] \\ \lbrack \mi{E}\rbrack & = [\mi{E}]_{\mi{tot}} - [\mi{ES}] \end{align*}