Alternative Equation Formats

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MathML

\begin{aligned} p (y_{i} | β, θ) & = \int \exp {n_{i} f (y_{i}, β, θ; γ_{i})} d γ_{i} \\ = \frac{(2 π)^{n_{γ}} / 2}{| - n_{i} f^{″} (y_{i}, β, θ; {\hat{γ}}_{i}) |^{1 / 2}} \exp {n_{i} f (y_{i}, β, θ; {\hat{γ}}_{i})} \end{aligned}

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Math as LaTeX Source

\begin{align*} p(\mb{y}_ i|\bbeta ,\btheta ) & = \int \exp \left\{ n_ i f(\mb{y}_ i,\bbeta ,\btheta ;\bgamma _ i) \right\} \, d\bgamma _ i \\ & = \frac{(2\pi )^{n_\gamma }/2 }{|-n_ i f''(\mb{y}_ i,\bbeta ,\btheta ;\widehat{\bgamma }_ i)|^{1/2}} \exp \left\{ n_ i f(\mb{y}_ i,\bbeta ,\btheta ;\widehat{\bgamma }_ i) \right\} \end{align*}