Alternative Equation Formats

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MathML

\begin{aligned} f (x; θ, ρ, Φ, p) & = \frac{1}{θ} (p f_{1} (\frac{x}{θ}; Φ_{1}) + (1 - p) f_{2} (\frac{x}{θ}; ρ, Φ_{2})) \\ F (x; θ, ρ, Φ, p) & = p F_{1} (\frac{x}{θ}; Φ_{1}) + (1 - p) F_{2} (\frac{x}{θ}; ρ, Φ_{2}) \end{aligned}

MathML rendered with MathJax

\begin{aligned} f (x; θ, ρ, Φ, p) & = \frac{1}{θ} (p f_{1} (\frac{x}{θ}; Φ_{1}) + (1 - p) f_{2} (\frac{x}{θ}; ρ, Φ_{2})) \\ F (x; θ, ρ, Φ, p) & = p F_{1} (\frac{x}{θ}; Φ_{1}) + (1 - p) F_{2} (\frac{x}{θ}; ρ, Φ_{2}) \end{aligned}

Math as LaTeX Source

\begin{align*} f(x; \theta , \rho , \Phi , p) & = \frac{1}{\theta } \left(p f_1(\frac{x}{\theta }; \Phi _1) + (1-p) f_2(\frac{x}{\theta }; \rho , \Phi _2)\right) \\ F(x; \theta , \rho , \Phi , p) & = p F_1(\frac{x}{\theta }; \Phi _1) + (1-p) F_2(\frac{x}{\theta }; \rho , \Phi _2) \end{align*}