Alternative Equation Formats

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MathML

\begin{aligned} f (x; μ, σ_{1}, p_{2}, ρ_{2}, σ_{2}) = & \frac{(1 - p_{2})}{σ_{1} x \sqrt{2 π}} \exp (\frac{- (\log (x) - μ)^{2}}{2 σ_{1}^{2}}) + \\ \frac{p_{2}}{σ_{2} x \sqrt{2 π}} \exp (\frac{- (\log (x) - μ - \log (ρ_{2}))^{2}}{2 σ_{2}^{2}}) \end{aligned}

MathML rendered with MathJax

\begin{aligned} f (x; μ, σ_{1}, p_{2}, ρ_{2}, σ_{2}) = & \frac{(1 - p_{2})}{σ_{1} x \sqrt{2 π}} \exp (\frac{- (\log (x) - μ)^{2}}{2 σ_{1}^{2}}) + \\ \frac{p_{2}}{σ_{2} x \sqrt{2 π}} \exp (\frac{- (\log (x) - μ - \log (ρ_{2}))^{2}}{2 σ_{2}^{2}}) \end{aligned}

Math as LaTeX Source

\begin{align*} f(x;\mu ,\sigma _1,p_2,\rho _2,\sigma _2) = & \frac{(1-p_2)}{\sigma _1 x \sqrt {2\pi }} \exp \left(\frac{-(\log (x) - \mu )^2}{2\sigma _1^2}\right) + \\ & \frac{p_2}{\sigma _2 x \sqrt {2\pi }} \exp \left(\frac{-(\log (x) - \mu - \log (\rho _2))^2}{2\sigma _2^2}\right) \end{align*}